Schaftfräser TypN D.2mm VHM TiSiN 45Grad HA von TECWERK Der Schaftfräser TypN D.2mm VHM TiSiN 45Grad HA ist ein extra kurzer Mini-Schaftfräser für HSC-Fräsanwendungen und eignet sich besonders für die Bearbeitung von Stahl und NE‑Metallen. VHM-Schaftfräser mit hoher Standzeit TiSiN-Beschichtung für verbesserte Verschleißfestigkeit 45° Drallwinkel für zuverlässige Spänabfuhr Zylinderschaft nach DIN 6535 HA, Schafttoleranz h6 Sehr gut geeignet für Stahl und Nichteisenmetalle Hohe Leistung für präzise HSC-Bearbeitung Der Schaftfräser TypN D.2mm VHM TiSiN 45Grad HA wurde für hochdynamische Fräsprozesse (HSC) entwickelt und liefert konstante Ergebnisse bei kleinen Werkzeugdurchmessern. Durch den Einsatz von VHM ergibt sich eine deutlich erhöhte Standzeit gegenüber HSS-Alternativen, was Rüst- und Stillstandszeiten reduziert. Die Kombination aus kurzem Spiralbereich und 45° Drallwinkel sorgt für kontrollierte Späne und stabile Schnittbedingungen selbst bei schwer zugänglichen Konturen. Beschichtung und Materialvorteile für längere Werkzeuglebensdauer Die TiSiN-Beschichtung verbessert die Oberflächenhärte und reduziert Reibung beim Schnitt, wodurch Verschleißerscheinungen verringert werden. Für Anwender bedeutet das höhere Standzeit und reproduzierbare Maßhaltigkeit über mehrere Bauteile hinweg. Bei der Bearbeitung von Stahl und NE‑Metallen zeigt das Werkzeug besonders gute Ergebnisse; bei gehärteten oder besonders abrasiven Legierungen ist die Eignung bedingt, weshalb eine Prozessanpassung empfohlen wird. Zielanwendungen und Eignung in der Fertigung Speziell in der Präzisionszerspanung von kleinen Passagen, Feinfräsungen und Detailkonturen spielt der Mini-Schaftfräser seine Stärken aus. Seine Zylinderschaft nach DIN 6535 HA gewährleistet exakten Sitz im Spannfutter, die Schafttoleranz h6 sichert Wiederholgenauigkeit beim Rüsten. Anwender in Werkzeugbau, Prototypenfertigung und Feinmechanik profitieren von der Kombination aus kompakter Bauform und hoher Zerspanleistung. Hinweise zur Anwendung und Prozessoptimierung Für optimale Ergebnisse empfiehlt sich die Nutzung angepasster Schnittparameter und eine geeignete Kühlschmierstoffstrategie. Bei hoher Zustellung oder speziellen Werkstoffkombinationen empfiehlt sich ein Testlauf zur Ermittlung der idealen Schnittgeschwindigkeit. Die Bezeichnung und Normen (u. a. DIN 6527 K, DIN 6535 HA) stehen für standardisierte Geometrie und Schaftabmessungen, was die Integration in bestehende Fertigungsabläufe erleichtert. Empfehlung: Für präzise HSC-Anwendungen die Auswahl des TECWERK Schaftfräsers über Metav Werkzeuge treffen und bei Fragen die technische Beratung per eMail info@metav-werkzeuge.com oder Telefon +49 2822 7131930 kontaktieren Produktmerkmale Artikelnummer: 2000806202NW Marke: TECWERK Bezeichnung: Schaftfräser TypN D.2mm VHM TiSiN 45Grad HA Verpackungseinheit: 10 Fakten Durchmesser: 2 mm Drallwinkel: 45° Schafttoleranz: h6 Besonderheiten VHM (Vollhartmetall) Beschichtung: TiSiN (Titan-Silizium-Nitrid) DIN 6527 K (Norm für Fräsergeometrie) Typ N (Neutraler Fräsertyp) Dreischneider Extra kurz Zylinderschaft nach DIN 6535 HA (präziser Schaftstandard) Rechtsschneidend Bearbeitungsart: HSC (High Speed Cutting) Einsatzgebiet: UNI Werkstoffeignung Stahl: sehr gut geeignet Werkstoffeignung NE‑Metalle: sehr gut geeignet Werkstoffeignung Harte Werkstoffe: bedingt geeignet Werkstoffeignung Sonderlegierungen: bedingt geeignet Werkstoffeignung INOX: bedingt geeignet Werkstoffeignung Guss: bedingt geeignet FAQ Ist der Schaftfräser für HSC-Prozesse geeignet? Der TECWERK Schaftfräser TypN D.2mm VHM TiSiN 45Grad HA ist speziell für HSC-Anwendungen konzipiert und bietet durch VHM-Material und TiSiN-Beschichtung eine hohe Standzeit bei hohen Schnittgeschwindigkeiten. Für welche Werkstoffe ist das Werkzeug am besten geeignet? Besonders gut eignet sich der Schaftfräser für Stahl und Nichteisenmetalle; die Werkstoffeignung ist für harte Werkstoffe, Sonderlegierungen, INOX und Guss bedingt gegeben, weshalb bei diesen Materialien Probeläufe empfohlen werden. Welche Schafttoleranz und Normen gelten für das Werkzeug? Der Fräser verfügt über eine Schafttoleranz h6 und entspricht den Normen DIN 6527 K sowie dem Zylinderschaftstandard DIN 6535 HA, was einen sicheren und wiederholgenauen Sitz im Spannfutter gewährleistet. Worauf sollte bei der Prozessplanung geachtet werden? Für den TECWERK Schaftfräser empfiehlt sich die Anpassung von Schnittgeschwindigkeit und Vorschub an das jeweilige Material und die Nutzung geeigneter Kühlschmierstoffe, um Standzeit und Maßhaltigkeit zu maximieren. Hersteller: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund

Take advantage of the combination of precise shank tolerance, internal coolant feed and a nickel-plated finish for reliable machining, reduced tool-change frequency and consistent surface results. Order the component via Metav Werkzeuge or consult the specialists for application support. TECWERK indexable shank cutter D32 mm – internal coolant, nickel-plated the TECWERK indexable shank cutter D32 mm is an insert-mounted milling tool designed for shoulder and face milling operations using SOMT 09T304 indexable inserts, featuring internal coolant and a nickel-plated surface for improved process stability. 90° cutting geometry Nickel-plated surface Internal coolant feed Compatible with SOMT 09T304 inserts Stable coolant feed for longer insert life The built-in internal coolant channel supplies cutting fluid directly to the cutting zone, improving chip evacuation and reducing thermal load on the cutting edge. This direct supply helps to maintain cutting-edge temperature within tight limits, which in turn lowers wear rates and extends the life of the SOMT 09T304 inserts. For production environments where cycle-time consistency matters, the coolant channel contributes to fewer unscheduled tool changes and a more predictable machining process. Accurate shank and geometry for repeatable precision A precise shank with tolerance d h6: 32 mm and a firmly defined cutting diameter of 32 mm provide stable clamping and reduced runout. The tool’s 90° geometry and 4 flutes (Z = 4) deliver a balance between chip removal capacity and surface finish, making the cutter suitable for shoulder milling and finishing passes. The accurate shank and defined geometry support repeatable part quality on CNC machines, which minimises rework and improves throughput in batch production. Indexable system for fast servicing and low cost per edge Using indexable inserts means only the small replacement inserts require change rather than the whole tool body, reducing consumable costs and downtime. The cutter accepts SOMT 09T304 inserts, a standardised insert format that allows flexible selection of grades according to the workpiece material and cutting conditions. The result is a pragmatic combination of operational efficiency and cost control for medium- to high-volume milling tasks. Nickel-plated finish and compact dimensions for robust use The nickel-plated surface gives a corrosion-resistant layer and can reduce built-up edge formation in certain operations, easing maintenance in demanding shop environments. With an overall length of 102 mm and a cutting length of 42 mm, the cutter provides a compact, rigid setup that resists deflection in short overhang applications. The combination of finish and dimensions supports stable cutting and predictable tool behaviour across repeated cycles. For specification checks or to confirm suitability for specific machining tasks, contact Metav Werkzeuge for tailored advice on the TECWERK indexable shank cutter and compatible insert grades Technical Data Article number: 2000859029NW Label: Shank cutter D32 mm nickel-plated with internal coolant for SOMT 09T304 Brand: TECWERK Packaging unit: 1 Facts Diameter D: 32 mm Shank tolerance: d h6 = 32 mm Overall length L: 102 mm Cutting length l: 42 mm Cutting angle: 90° Number of teeth: 4 Special features Internal coolant feed Nickel-plated surface Compatible with insert SOMT 09T304 Indexable insert system FAQ What inserts are compatible with this cutter? The cutter is designed for SOMT 09T304 indexable inserts; users may select insert grades for the required material and finish. Does the tool provide internal coolant? Yes, the tool features an internal coolant channel that delivers fluid directly to the cutting zone to aid chip evacuation and extend insert life. What are the key dimensions and tolerances? The tool has a cutting diameter of 32 mm, a shank tolerance d h6 = 32 mm, overall length 102 mm and cutting length 42 mm (SKU 2000859029NW). Is the cutter suitable for shoulder milling and finishing? The 90° geometry and 4-flute design make the cutter suitable for shoulder milling and moderate finishing operations where a compact, rigid setup is needed. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund

Take advantage of the combination of solid carbide construction, TiAlN heat-resistant coating and an unequal-pitch geometry for stable high-performance milling; order the tool via Metav Werkzeuge or consult our specialists for application advice. TECWERK Solid Carbide End Mill DIN 6527L — 3 mm Ø, TiAlN, 4-flute, long TECWERK Solid Carbide End Mill DIN 6527L — a long, four-flute cutter for high-performance roughing and finishing across steels, cast materials and non-ferrous alloys Solid carbide, fine-grain substrate TiAlN coating for heat resistance Four-flute, centre-cut design Cylinder shank DIN 6535 HB, long version Precision and thermal stability for extended tool life The combination of solid carbide construction and a TiAlN coating delivers high hardness at elevated temperatures, enabling longer tool life and consistent removal rates in demanding cycles. The 45° chamfer protects the cutting edge during entry and exit, while the four-flute layout increases material evakuation capacity without compromising axial stability. These characteristics reduce the need for frequent tool changes and contribute to uninterrupted production runs in series milling and job-shop environments. Geometry engineered to reduce vibration and improve surface finish An unequal pitch helix and a dedicated neck relief create a vibration‑reduced machining environment, which lowers harmonic build-up during heavy cuts. The centre-cutting geometry allows plunge operations as well as conventional side milling, so the cutter functions both for HPC roughing and for precision finishing. The right-hand cutting orientation and specially developed flute form help maintain a consistent chip flow, translating into improved surface finish and more predictable tool wear. Broad material compatibility for one-tool versatility This long tool is optimised for a wide range of materials: steel, stainless steel, non‑ferrous metals, aluminium with silicon and abrasive materials, plus cast and special alloys. The fine-grain carbide substrate supports high-feed, high-speed strategies, while the coating assists when thermal load is high. Using one versatile cutter for initial stock removal and subsequent finishing reduces set-up time and simplifies tooling inventories in workshops and production lines. Secure clamping and runout control for reliable accuracy A cylinder shank DIN 6535 HB with h6 tolerance ensures consistent fit in collets and tool holders, preserving concentricity at higher spindle speeds. The long reach requires attention to holder rigidity and machining parameters to avoid deflection; when mounted in a proper holder, the tool delivers repeatable dimensional control and stable axial runout, making it suitable for both hobbyist workshops scaling up and industrial production environments. Choose the TECWERK solid carbide end mill from Metav Werkzeuge for robust, heat‑resistant performance; contact Metav Werkzeuge at info@metav-werkzeuge.com or +49 2822 7131930 for tailored application guidance and availability. Technical Data Article number: 2000866521NW Item designation: Solid carbide end mill, DIN 6527 L, long Manufacturer: TECWERK Packaging unit: 1 Core data Diameter: 3 mm Cutting length: 14 mm Flutes: 4 Protection chamfer: 0.07 mm Shank tolerance: h6 Special features Material: solid carbide (VHM), fine-grain substrate Coating: TiAlN Geometry: unequal pitch, centre-cutting, four-flute Shank: cylinder shank DIN 6535 HB Cutting direction: right-hand Applications: HPC, roughing and finishing Suitability: steel, cast materials, inox, non‑ferrous metals, aluminium with silicon, abrasive materials Additional: 45° chamfer, neck relief, vibration‑reduced design FAQ Which materials can this end mill machine effectively? The TECWERK solid carbide end mill is suitable for steel, stainless steel, cast materials, non‑ferrous metals and aluminium with silicon, as well as abrasive materials where a TiAlN coating adds thermal resistance. Can the tool be used for plunge milling? Yes. The tool’s centre‑cutting geometry allows plunge operations as well as conventional milling, enabling both roughing and finishing sequences. What advantage does the TiAlN coating provide? The TiAlN coating increases heat resistance and reduces wear at elevated temperatures, supporting higher cutting speeds and longer tool life in continuous production. How does the unequal pitch help in production? An unequal pitch reduces harmonic resonance and vibration, leading to improved surface finish and more stable cutting when performing heavier material removal. Is the shank compatible with standard collets? The cylinder shank DIN 6535 HB with h6 tolerance ensures compatibility with precision collets and holders for accurate concentricity and reduced runout. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund

Take advantage of the combination of HSS‑Co8 construction, a TiCN surface, and a secure Weldon shank to ensure reliable milling performance and reduced tool changes; order this TECWERK tool directly via Metav Werkzeuge or consult our specialists for tailored machining guidance. TECWERK D844 Type N End Mill — 3 mm, HSS‑Co8, TiCN, Weldon, 4‑flute A TECWERK D844 Type N end mill for precision milling of steel, stainless steel and cast iron in CNC and manual milling operations, designed for tight features and consistent surface finish. HSS‑Co8 for high wear resistance TiCN coating for extended tool life 3 mm diameter, 12 mm cutting length Weldon shank with drive flat for secure clamping Consistent precision for small, demanding features This long four‑flute cutter, manufactured to DIN 844 Type N geometry, combines a 3 mm diameter with a 12 mm cutting length to machine small slots, recesses and detail work with high repeatability. The centre cutting design permits limited plunge operations, while the right‑hand cutting orientation supports conventional milling strategies. Built from HSS‑Co8, the tool offers a robust balance between toughness and hardness, helping to resist chipping when machining interrupted cuts or tougher stainless grades. The predictable cutting behaviour contributes to shorter cycle times and fewer rejected parts in series production. Extended tool life and secure clamping reduce downtime A TiCN coating enhances surface hardness and wear resistance, which increases the usable life of the cutter and allows machining of materials with higher tensile strength — the tool is rated for up to 800 N/mm² with the uncoated variant and up to 1200 N/mm² when coated. The Weldon shank with a drive flat provides secure clamping and reduced spindle slippage, improving concentricity and minimising runout. These factors together lower the frequency of tool changes and support continuous production, delivering measurable gains in throughput and tool cost per component. Material suitability and practical application notes The tool demonstrates very good suitability for steel, stainless steel and cast iron, while non‑ferrous metals and special alloys are marked as conditionally suitable; this makes the cutter ideal for workshops and production cells that process a mix of ferrous components. Because the cutter is designed for medium and low tensile strength ranges typical of many engineering steels, it is especially well matched to finish and semi‑finish passes where surface quality and dimensional control are priorities. For specific feeds and speeds or to check compatibility with heat‑treated or exotic alloys, technical consultation is recommended to optimise tool life and component quality. Contact Metav Werkzeuge for tailored machining advice on TECWERK end mills and secure fast supply from our Emmerich hub — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: 2000866392NW Manufacturer: TECWERK Product name: D844 Type N end mill Facts Diameter: 3 mm Cutting length: 12 mm Number of flutes: 4 Material: HSS‑Co8 Special features Coating: TiCN Shank type: Weldon shank with drive flat Standard: DIN 844 Type N Cutting style: Centre cutting, right‑hand Material suitability: Steel very good; stainless steel very good; cast iron very good; non‑ferrous metals conditional; special alloys conditional Rated tensile strength: up to 800 N/mm² uncoated, up to 1200 N/mm² coated FAQ Is this cutter suitable for plunge milling operations? The TECWERK D844 Type N end mill features a centre‑cutting geometry that permits limited plunge milling, enabling slot starts and small pocketing without pre‑drilling. What materials can be machined with this tool? This HSS‑Co8 cutter is very well suited to steel, stainless steel and cast iron; non‑ferrous metals and special alloys are conditionally suitable depending on the specific alloy and machining parameters. How does the TiCN coating affect performance? The TiCN coating increases surface hardness and wear resistance, extending tool life and enabling machining of materials up to about 1200 N/mm² tensile strength when coated. Will the Weldon shank improve clamping reliability? Yes, the Weldon shank with a drive flat improves clamping security and reduces the risk of spindle slippage, which helps maintain concentricity and surface finish consistency. What is the SKU for ordering or reference? The SKU for this cutter is 2000866392NW; quoting this number will help Metav Werkzeuge identify the exact TECWERK D844 Type N specification. TECWERK: Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from a combination of HPC geometry and TiAlN-coated solid carbide for consistent metal removal and long tool life; the unequal‑pitch, four‑flute design reduces vibration while the centre‑cutting tip allows plunge operations. Order the cutter directly via Metav Werkzeuge or consult our specialists for application advice. End mill DIN 6527K Type N – VHM solid carbide, TiAlN-coated (TECWERK) The End mill DIN 6527K Type N is a short, four‑flute high‑performance cutter engineered for vibration‑reduced roughing and finishing across steels, cast materials and non‑ferrous alloys Solid carbide VHM, TiAlN coating DIN 6527K four‑flute geometry Short design with centre cutting Excellent for steel and stainless High-performance geometry for efficient material removal The cutter combines a HPC (high‑performance cutting) geometry with a 4‑flute arrangement and unequal pitch to reduce chatter and increase productivity during both roughing and finishing passes. The newly developed flute geometry enables stable chip evacuation and smoother engagement at higher feed rates, so machining cycles are shorter and tool life is extended. This makes the tool particularly suitable for demanding operations where cycle time and surface quality must be optimised. Durable coating and carbide body for extended life The solid carbide body with a TiAlN coating provides thermal resistance and improved tool life under elevated cutting temperatures. The coating forms a protective layer that reduces adhesion and wear on the cutting edges, which is especially beneficial during high‑speed or dry machining. For shops that process mixed batches—stainless, alloyed steels and abrasive materials—the coating plus fine‑grain carbide substrate offer a reliable balance of toughness and hardness for consistent performance. Precise shank and centre‑cutting capability for versatile use Equipped with a DIN 6535 HB cylindrical shank with h6 tolerance, the tool ensures low run‑out and secure clamping in collets or chucks, contributing to repeatable results and reduced spindle wear. The centre‑cutting design allows safe plunge operations and slotting, expanding the range of operations beyond peripheral milling. Together with the short overall length and neck relief grinding, the cutter is engineered for rigidity and access in confined geometries while maintaining process stability. Broad material suitability and application guidance Designed as a universal solution, the cutter is well suited for steel, stainless and a wide range of cast and non‑ferrous materials, including aluminium alloys with silicon content and abrasive workpieces. The combination of geometry, coating and unequal pitch makes it appropriate for both aggressive stock removal and fine finishing. For optimal results, pair the cutter with stable fixturing and select cutting data that match the material and machine rigidity; the tool excels where high material removal rates and surface integrity are both required. Contact Metav Werkzeuge for specification checks or ordering of the TECWERK end mill and benefit from our application expertise and central European logistics via Metav Werkzeuge GmbH Technical data Article number: 2000866331NW Product name: End mill DIN 6527K Type N, Ø 3 mm, VHM TiAlN Brand: TECWERK Facts Diameter: Ø 3 mm Cutting length: 9 mm Number of flutes: 4 Chamfer: 0.07 mm Shank tolerance: h6 Special features Solid carbide (VHM) TiAlN coating DIN 6527 K, Type N / HPC Centre cutting DIN 6535 HB cylindrical shank Unequal pitch, right‑hand cutting Neck relief grinding for vibration‑reduced machining Short overall length, suited for roughing and finishing Very good suitability for steel, stainless, cast and non‑ferrous alloys FAQ What materials can this end mill machine reliably? The TECWERK end mill is designed for a wide material range and is very well suited to steel, stainless steel, cast materials and non‑ferrous alloys, including aluminium with silicon content and abrasive materials Can the cutter be used for plunge milling and slotting? Yes, the centre‑cutting geometry allows plunge operations and safe slotting; this makes the tool suitable for both plunge‑type roughing and conventional side milling How does the TiAlN coating benefit performance? The TiAlN coating increases heat resistance and reduces edge wear under higher temperatures, which extends service life and maintains cutting performance over longer cycles What clamping accuracy is recommended for best results? Use a secure holder with low run‑out; the tool’s DIN 6535 HB shank with h6 tolerance helps ensure repeatable concentricity and reduced spindle stress during high‑speed machining Is the tool intended more for roughing or finishing? The cutter’s HPC geometry and robust carbide substrate make it suitable for both heavy stock removal and fine finishing, offering flexibility between aggressive milling and precision surface work Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of a centred cutting geometry and robust HSS‑Co8 composition to maintain steady chip evacuation and long tool life under medium-duty production. The combination of a 3 mm diameter, 12 mm cutting length and a Weldon shank offers a cost‑effective, secure mounting for repeated setups — order the tool via Metav Werkzeuge or consult our advisors for application-specific recommendations. TECWERK HSS‑Co8 Long 4‑Flute End Mill, 3 mm Ø, 12 mm Cutting Length (DIN 844 Type N, Weldon Shank) The TECWERK HSS‑Co8 long 4‑flute end mill serves as a centre‑cutting, right‑hand milling tool for general machining tasks on steel and cast iron with reliable chip control and secure clamping. HSS‑Co8 for improved heat resistance DIN 844 Type N long 4‑flute geometry Centre‑cutting for plunge milling Weldon shank with drive flat for secure clamping Consistent cutting performance for production and repairs The long, four‑flute geometry specified in DIN 844 Type N delivers a balance between chip clearance and cutting edge engagement, which reduces vibration in longer overhangs. The HSS‑Co8 composition improves hot hardness compared with standard HSS, meaning sustained performance under higher cutting temperatures. In practice, this results in more consistent dimensional accuracy over longer runs and fewer tool changes for small to medium batch sizes. Secure clamping and fast changeovers for workshop efficiency A Weldon shank with drive flat provides a positive mechanical grip in the toolholder, improving concentricity and reducing slippage in frequent setup cycles. The cylindrical shank with drive flat permits rapid, repeatable clamping in standard collets and end mill holders, lowering set‑up time and minimising the risk of workpiece rejects. These features combine to support a smoother workflow on the shop floor and shorter machine idle times. Material suitability and machining limits explained The tool is designed for machining materials up to approximately 800 N/mm² with uncoated tools and can reach about 1,200 N/mm² when used with an appropriate coating on comparable grades. It is very well suited for steel and cast iron, while non‑ferrous metals and stainless steels are indicated as conditionally suitable depending on cutting parameters. The term "centre‑cutting" means the tool can perform plunge cuts as well as peripheral milling, expanding its range of application for repair work and feature machining. Predictable tool life and practical handling advice With a 3 mm diameter and 12 mm cutting length, the tool provides a compact profile for fine detail work while keeping enough cutting edge for moderate feed rates. The four flutes offer improved surface finish compared with two‑flute alternatives when machining steels, at the expense of slightly reduced chip space — a trade‑off that benefits finishing passes. For best results, select spindle speeds and feeds in line with the material class and ensure coolant or compressed air is used to aid chip evacuation and control temperatures. Contact Metav Werkzeuge for a tailored recommendation on clamping options and cutting data — phone +49 2822 7131930 or eMail info@metav-werkzeuge.com to discuss the TECWERK end mill and matching holders Technical data Article number: 2000866370NW Product name: TECWERK HSS‑Co8 long 4‑flute end mill, DIN 844 Type N Manufacturer: TECWERK Packaging unit: 1 Numbers / Core technical data Diameter: 3 mm Cutting length: 12 mm Flutes: 4 Material grade: HSS‑Co8 Machinable strength: up to 800 N/mm² (uncoated), up to 1,200 N/mm² (coated) Designs / Special features DIN 844 Type N geometry Centre‑cutting (plunge capable) Right‑hand cutting Weldon shank with drive flat (cylindrical shank with take‑up surface) Long version for extended reach Suitable: steel (very good), cast iron (very good) Conditional suitability: non‑ferrous metals, stainless steel FAQ What is the main material for this end mill and why is it beneficial? The end mill is made from HSS‑Co8, a high‑speed steel with cobalt that retains hardness at elevated temperatures, which benefits continuous cutting in medium‑strength steels and extends tool life. Can this tool perform plunge milling? Yes, the centre‑cutting geometry allows plunge operations as well as conventional peripheral milling, making the TECWERK end mill versatile for slotting and feature generation. Which materials are best suited to this tool? The tool is very well suited for steel and cast iron; non‑ferrous metals and stainless steels are conditionally suitable depending on cutting data and coating selection. Is the Weldon shank compatible with standard holders? The Weldon shank with drive flat fits standard Weldon‑style end mill holders and offers reliable, repeatable clamping for workshop use. What cutting parameters should be prioritised for a 3 mm tool? Prioritise reduced overhang, correct spindle speed for the workpiece material, and effective chip evacuation. The small diameter benefits from conservative feed per tooth to avoid excessive deflection. Manufacturer/Responsible: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a short 3 mm HSS‑Co8 geometry with four flutes and a Weldon shank for stable holding and efficient slotting; order the cutter directly via Metav Werkzeuge or consult our specialists for application advice. End mill DIN 844 Type N, 3 mm, HSS‑Co8, 4‑flute, Weldon – TECWERK A 3 mm HSS‑Co8 short end mill (DIN 844 Type N) designed for slotting, profiling and limited plunge cutting in steels and castings Short 4‑flute design for smooth cutting HSS‑Co8 for increased heat resistance Weldon shank with drive flat for secure clamping Centre‑cutting for limited plunge operations Faster material removal with predictable results The combination of HSS‑Co8 alloy and a four‑flute geometry delivers higher resistance to heat and wear compared with standard high‑speed steel, enabling consistent cutting at moderate feeds. The short flute length reduces deflection, which means the cutter maintains a stable cutting line when slotting or finishing shoulders in medium‑strength components. This geometry is particularly effective for repetitive operations where dimensional consistency and chip evacuation are essential, translating directly into reduced rework and improved cycle times. Secure clamping and controlled plunging for reliable setup Equipped with a Weldon shank and drive flat, the tool provides secure axial and torsional clamping in collets and holders, reducing slippage during interrupted cuts. The tool’s centre‑cutting capability permits limited plunge operations without a separate drill, simplifying setup when producing pockets or starting slots. Combined, these features support predictable tool behaviour in CNC and manual milling machines, lowering the risk of tool breakage during entry and improving first‑pass accuracy. Material suitability explained for correct application The cutter is optimised for work up to approximately 800 N/mm² with uncoated tooling and can reach higher strength thresholds if a suitable coating is applied (up to 1000 N/mm² as a general guideline). It is very well suited for steel and castings, while use with non‑ferrous metals and stainless steels is possible but should be aligned with cutting parameters and cooling strategy. Understanding these limits helps in selecting feed rates and spindle speeds that balance tool life and productivity for each workpiece batch. Workshop benefits: efficiency, handling and maintenance A short, high‑cobalt solid HSS cutter reduces the need for frequent tool changes in series production and simplifies inventory through a general‑purpose geometry that covers slotting and some finishing tasks. The right‑hand cutting orientation matches standard machine setups, and the cylindrical shank with drive flat ensures compatibility with common tool holders. For maintenance, the robust HSS‑Co8 core tolerates periodic resharpening, allowing longer service life and lower total tooling cost compared with indexable alternatives for small‑diameter milling. For procurement or technical recommendations regarding the TECWERK short end mill, contact Metav Werkzeuge for direct supply and tailored machining advice from our specialists in Emmerich Technical data Article number: 2000866322NW Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 3 mm Flutes: 4 Material: HSS‑Co8 Standard: DIN 844 Cutting direction: right‑hand Strength guidance: up to 800 N/mm² uncoated; up to 1000 N/mm² with coating Special features Type: N (Vierschneider / four‑flute) Geometry: short version Cutting: centre‑cutting (Zentrumschnitt) Shank: cylindrical with drive flat (Weldon) Application: slotting, profiling, limited plunge cutting Material suitability: Steel – very well suited Material suitability: Castings – very well suited Material suitability: Non‑ferrous metals – conditionally suitable Material suitability: Stainless steel – conditionally suitable FAQ Is this cutter suitable for plunge cutting? The TECWERK end mill is centre‑cutting, which allows for limited plunge operations and makes the tool suitable for starting pockets or vertical entries when used with appropriate feeds. What workpiece materials are best for this cutter? This HSS‑Co8 four‑flute cutter is particularly effective on steel and castings; non‑ferrous and stainless steels are possible with correct machining parameters. Can the tool be reclamped safely in standard holders? Yes, the Weldon shank with drive flat ensures secure clamping in common collet chucks and holders for stable operation. What are the strength limits for safe machining? Guidance indicates performance up to approximately 800 N/mm² with an uncoated tool and up to 1000 N/mm² when a suitable coating is applied. Which SKU should be ordered for this tool? Order reference 2000866322NW for the short DIN 844 Type N, 3 mm, HSS‑Co8, 4‑flute Weldon end mill by TECWERK. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from reliable high-speed steel construction combined with a TiCN finish for extended service life and repeatable small‑diameter milling performance; pairing toughness with a compact design ensures efficient chip evacuation and stable cuts. Order the (TECWERK short HSS‑Co8 end mill Ø3 mm, SKU 2000866346NW) directly via (Metav Werkzeuge) or ask our consultants if needed. TECWERK short HSS‑Co8 DIN 844 Type N end mill Ø3 mm — TiCN coated, Weldon shank The TECWERK short HSS‑Co8 Type N end mill delivers precise, centre‑cutting milling for small‑diameter features in workshops and production environments, optimised for steels and stainless materials. HSS‑Co8 for enhanced heat resistance TiCN coating for longer tool life Weldon shank with drive flat Ø3 mm, four‑flute, centre‑cut design High cutting performance with extended tool life The short, four‑flute design made from HSS‑Co8 offers a balance of toughness and wear resistance that is ideal for intermittent industrial use. The TiCN coating reduces abrasion and heat build‑up at the cutting edge, which means the tool remains dimensionally stable for longer and requires fewer tool changes. For practical planning: the geometry and coating combination allow machining of materials up to 800 N/mm² with an uncoated cutter and up to 1000 N/mm² when coated, translating directly into fewer stoppages and a more consistent production flow. This makes the tool particularly suitable where small, accurate pockets, slots or contours are required. Rigidity and process stability for fine milling operations A Weldon shank with drive flat provides secure clamping in conventional toolholders and collets, enhancing concentricity and reducing slippage during high‑speed passes. The compact, short overall length increases rigidity, lowering deflection and improving surface finish on narrow features. The four‑flute geometry supports efficient chip evacuation while maintaining a fine cutting engagement; combined with the centre‑cutting tip, the cutter can plunge and slot with controlled entry. Conformance to DIN 844 and the right‑hand cutting orientation ensure predictable integration into standard machining setups and fixture strategies. Suitable materials and workshop advantages Designed as a versatile production tool, this end mill shows very good suitability for steel, stainless steel (INOX) and cast iron, while non‑ferrous metals and special alloys are classified as conditionally suitable depending on cutting parameters and cooling strategy. The short variant is advantageous for series work where tool life, repeatability and reduced chatter are priorities. Using this cutter can lower rework rates and increase first‑pass yields in component manufacturing, supporting lean workshop principles and reliable throughput. The TECWERK short HSS‑Co8 end mill is therefore a practical choice for maintenance shops, tool rooms and small batch production that require precision without excessive tooling complexity. Secure this TECWERK short HSS‑Co8 end mill through Metav Werkzeuge for immediate supply and expert advice from Emmerich. Technical data Article number: 2000866346NW Name: SCHAFTRÄSER DIN 844 Typ N D.3mm HSS‑Co8 TiCN Weldon Z.4 kurz TECWERK Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 3 mm Flutes: 4 Material: HSS‑Co8 (cobalt high‑speed steel) Coating: TiCN (titanium carbonitride) Hardness suitability: up to 800 N/mm² uncoated, 1000 N/mm² coated Applications / Special features Centre‑cutting geometry Weldon shank with drive flat (cylindrical shank with drive surface) Right‑hand cutting Short overall length for increased rigidity Very good suitability: steel, stainless steel, cast iron Conditional suitability: non‑ferrous metals, special alloys FAQ What materials can this end mill machine effectively? The TECWERK short HSS‑Co8 end mill (SKU 2000866346NW) is rated very good for steel, stainless steel and cast iron; non‑ferrous and special alloys are conditionally suitable depending on cutting data and cooling. Is the cutter suitable for plunging and slotting operations? Yes, the centre‑cutting geometry of the TECWERK HSS‑Co8 Type N short end mill permits controlled plunging and slotting as well as peripheral milling. How does the TiCN coating affect performance? The TiCN coating increases abrasion resistance and reduces edge wear, enabling machining at higher loads and extending tool life compared with an uncoated version. What benefits does the Weldon shank provide? The Weldon shank with drive flat secures the tool in standard holders, improving concentricity and minimising slippage for consistent results in repetitive production. For which hardness ranges is this tool intended? According to the specification, machining capability reaches up to 800 N/mm² with an uncoated tool and up to 1000 N/mm² when the cutter is TiCN coated. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from solid carbide construction, a TiAlN coating and an extra‑long 3×D design for reliable tool life and access to deep pockets. Order the cutter directly via Metav Werkzeuge or consult our specialists for application-specific recommendations. TECWERK Solid Carbide End Mill Type N Ø 3 mm – TiAlN Coated, Extra‑Long, 4‑Flute The TECWERK Solid Carbide End Mill Type N Ø 3 mm is a high‑reach milling cutter engineered for both roughing and finishing operations across a broad range of metals and alloys. Solid carbide construction, TiAlN coating Extra‑long 3×D cutting length for deep pockets 4‑flute Type N geometry with centre cutting Unequal pitch and neck relief for low vibration Productivity through high‑temperature stability and extended life The combination of solid carbide body and TiAlN coating provides enhanced resistance to heat and abrasion, which translates into longer tool life under demanding conditions. The extra‑long configuration with a 3×D cutting length enables machining of deep pockets and stepped components without sacrificing rigidity. As a result, cycle times are reduced and uptime is increased when the cutter is applied in continuous production. The centre‑cutting geometry allows plunge starts, widening the range of practical applications while preserving tool integrity. Broad material capability for versatile shop use Designed as a universal solution, this cutter performs very well in steel, stainless steel, cast iron and non‑ferrous metals, and is suitable for certain abrasive and silicon‑alloyed aluminium grades. The fine‑grain carbide substrate paired with the coating and the new flute geometry ensures consistent chip formation and surface quality across these materials. For small‑batch workshops and contract manufacturers, this versatility reduces tool changeovers and simplifies tooling inventories without compromising on finish or removal rates. Stable cutting thanks to vibration‑reducing geometry and precise shank standard Unequal flute pitch and a neck relief grind minimise harmonic excitation during cutting, supporting stable machining at higher feed rates. The shank is manufactured to h6 tolerance and conforms to DIN 6535 HB, ensuring secure clamping and concentricity in collets or toolholders. A small protective chamfer of 0.07 mm on the cutting edge helps prevent edge chipping when entering difficult or interrupted cuts. Together these features contribute to consistent surface finish and longer cutter life under both slotting and peripheral milling conditions. Practical performance for roughing and finishing tasks With a 4‑flute Type N geometry and centre‑cutting capability, the tool is suited to advance operations from rough stock removal to final passes. The right‑hand cutting direction and multi‑cutting‑edge design balance material removal rate and surface quality, enabling efficient transitions between aggressive and fine machining steps. Production engineers and toolroom specialists will appreciate the tool’s adaptability for complex parts where access and finish are equally important. For technical clarifications or recommendations on feeds and speeds for specific materials, Metav Werkzeuge provides application support and data. Contact Metav Werkzeuge today for detailed application advice on the TECWERK end mill and assured supply from our Emmerich warehouse, or request a tailored recommendation by phone or email. Technical Data Article number: 2000866561NW Brand: TECWERK Packaging unit: 1 Facts Diameter: Ø 3 mm Cutting length: 12 mm Flutes: 4 Cutting length ratio: 3×D Protection chamfer: 0.07 mm Shank tolerance: h6 Special features Solid carbide (VHM) Fine‑grain substrate TiAlN coating Type N geometry Centre‑cutting Extra‑long design 45° protective chamfer Unequal pitch for vibration reduction Neck relief grind for low vibration Right‑hand cutting Suitable for roughing and finishing Very good suitability for steel, stainless steel, cast iron, non‑ferrous metals and special alloys FAQ Is this cutter suitable for stainless steel and other hard alloys? Yes. The TECWERK Solid Carbide End Mill Type N Ø 3 mm is specified as very well suited for stainless steel and special alloys, thanks to the fine‑grain carbide and TiAlN coating that improve performance on tougher materials. Can the cutter be used for plunge milling? Yes. The centre‑cutting design allows plunge starts, making the cutter suitable for limited pocketing and entry operations where axial engagement is required. What ensures stable machining with this tool? Stability is enhanced by the unequal pitch and neck relief grind, which reduce vibrations, together with a precise h6 shank tolerance and DIN 6535 HB shank standard for secure clamping. Is the tool intended for finishing as well as roughing? Yes. The multi‑cutting‑edge geometry supports both roughing and finishing passes; the tool is designed to balance material removal with surface quality. What does the TiAlN coating provide? TiAlN coating increases thermal resistance and wear protection, extending tool life at elevated cutting temperatures and improving performance in high‑speed or dry machining scenarios. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of a solid carbide design combined with a special TiAlN coating and a 45° helix to reduce built-up edge and extend tool life; the long shank and DIN-compatible cylindrical shank support secure clamping and versatile use in non-ferrous metal production. Order via Metav Werkzeuge or consult our technical team for cutting data and application advice. TECWERK End mill DIN 6527L Type W, Ø 3 mm – solid carbide, TiAlN-coated A TECWERK end mill DIN 6527L Type W designed for reliable roughing and finishing of aluminium, copper and other non‑ferrous metals, featuring a long shank and centre‑cutting geometry for plunge capability Solid carbide with TiAlN coating 45° helix and centre‑cutting, 2 flutes Long shank, DIN 6535 HB compatible Suited for aluminium and non‑ferrous metals Efficient cutting performance with reduced adhesion The long solid‑carbide cutter combines VHM (solid carbide) construction with a special TiAlN coating, which significantly reduces the risk of chip adhesion and soldering on the cutting edges. This results in steadier cutting forces and longer tool life, especially when machining sticky materials such as aluminium alloys. The centre‑cutting geometry enables safe plunge cuts and shortens setup time for operations that require entry from the face. Geometry designed for stable chips and fast material removal A 45° helix and two flutes deliver an excellent balance between axial engagement and chip evacuation. The steeper helix promotes smooth chip flow, reducing vibration during both roughing and finishing passes. In combination with the 0.1 mm chamfer on the cutting edge, the geometry helps prevent edge chipping and burr formation, so surface quality improves without sacrificing material removal rates. Compatibility and secure clamping for production environments Manufactured to DIN 6527L with a cylindrical shank to DIN 6535 HB, the cutter fits common collet systems and toolholders used across workshops and production lines. The long version offers extra reach for deep features or fixturing constraints while the neck relief reduces contact in tight pockets, preventing unwanted rubbing and heat build‑up. This makes the tool a dependable choice for repeatable, measurable results in series production. Practical application advice for non‑ferrous machining Optimised for aluminium, copper and other non‑ferrous metals, the cutter performs well for both roughing and finishing passes. The centre‑cutting capability supports spiral plunging where required; for best results, moderate cutting speeds combined with appropriate coolant or compressed air for chip clearance are recommended. The TiAlN surface treatment supports consistent performance by reducing built‑up edge during prolonged runs. Small details that matter in daily work Features such as right‑hand cutting, precise flute geometry and a specially treated surface minimise rework and downtime. The long shank and DIN compliance simplify tool changeover and integration into existing tooling systems, while the coating and edge chamfer reduce maintenance frequency. These practical advantages support stable processes and predictable outcomes on the shop floor. Contact Metav Werkzeuge to request cutting data or to secure this TECWERK solid‑carbide end mill; consultants are available at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical data Article number: 2000806562NW Item label: End mill DIN 6527L Type W, Ø 3 mm, solid carbide, TiAlN-coated Packaging unit: 1 UID: 2000806562NW Facts Diameter: 3 mm Flutes: 2 (Z.2) Helix angle: 45° Chamfer (protection bevel): 0.1 mm Helix direction: right‑hand Shank standard: DIN 6535 HB Special features Solid carbide (VHM) Special TiAlN coating prevents chip adhesion Centre‑cutting (Zentrumschnitt) Long version with neck relief (Halsfreischliff) Suitable for aluminium, copper and other non‑ferrous metals Designed for roughing and finishing FAQ Is this cutter suitable for plunge cutting and slotting? The cutter’s centre‑cutting geometry and two‑flute design allow plunge cuts and limited slotting; the TECWERK end mill DIN 6527L Type W supports controlled entry from the face when set up correctly. Which materials are recommended for this tool? This solid‑carbide cutter is optimised for aluminium, copper and other non‑ferrous metals, providing good resistance to built‑up edge thanks to the TiAlN coating. How does the 45° helix affect machining? A 45° helix improves chip evacuation and produces smoother cutting forces, which helps when switching between roughing and finishing operations on ductile non‑ferrous materials. Is the shank compatible with standard collets? Yes, the long cylindrical shank to DIN 6535 HB ensures compatibility with common collet chucks and toolholders used in production environments. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from the combination of solid carbide construction, TiSiN coating and a 45° helix for precise, high‑speed machining of small contours; order supply or request expert advice via Metav Werkzeuge for reliable delivery from Emmerich. Mini solid carbide end mill Type N, 3 mm, TiSiN‑coated, 45° helix (TECWERK) A Mini solid carbide end mill Type N, 3 mm, TiSiN‑coated, 45° helix engineered for high‑speed milling of fine features, slots and contours in steel and non‑ferrous metals Solid carbide construction TiSiN coating for thermal stability 45° helix for smooth chip evacuation Cylindrical shank to DIN 6535 HA High‑speed precision for miniature milling This cutter delivers concentrated performance in tight spaces thanks to its solid carbide body and an ultra‑short geometry that reduces bending and chatter. The TiSiN coating increases surface hardness and heat resistance, enabling reliable operation under HSC conditions and promoting longer abrasive intervals. As a three‑flute tool with a 45° helix, it balances cutting edge engagement and chip removal to produce consistent surface quality in fine contours and narrow slots. Extended tool life through thermal and wear resistance The applied TiSiN layer acts as a barrier against heat and adhesive wear, which is particularly beneficial when machining alloys at elevated spindle speeds. This results in improved wear resistance and reduced built‑up edge compared with uncoated cutters. For small‑feature work where tool changeover costs accumulate, the enhanced durability contributes directly to process stability and lower overall tooling consumption. Broad material suitability with focused recommendations Engineered for universal use, the tool exhibits very good performance in steel and non‑ferrous metals, while remaining capable — with limitations — in tougher grades such as stainless (INOX) and some hardened or special alloys. The geometry and coating are optimised for finishing and medium stock removal on components, making the cutter well suited to prototype work, precision fixtures and small batch production where versatility and surface integrity matter. Secure clamping and handling for repeatable accuracy The tool features a cylindrical shank to DIN 6535 HA with h6 tolerance for precise clamping in standard toolholders and collets, reducing runout and promoting repeatable results on every cycle. Its compact length improves access into confined areas and short overhang minimises vibration, offering clearer benefits for delicate contours and micro‑machining tasks where stability is essential. Contact Metav Werkzeuge to discuss suitability of this TECWERK mini solid carbide end mill for specific applications or to arrange supply directly from our Emmerich warehouse via info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: 2000806203NW UID: 2000806203NW Manufacturer: TECWERK Packaging unit: 10 Facts Diameter: 3 mm Helix angle: 45° Flutes: 3 Shank: cylindrical to DIN 6535 HA Shank tolerance: h6 Special features Material: solid carbide (VHM) Coating: TiSiN (titanium silicon nitride) Cutting: right‑hand cutting Application: HSC, universal use Suitability: steel (very good), non‑ferrous metals (very good), INOX (limited), hard/special alloys (limited) FAQ Which materials is this mini end mill best suited for? The TECWERK mini solid carbide end mill (SKU 2000806203NW) is rated very good for steel and non‑ferrous metals, and conditionally suitable for stainless steels and certain hardened or special alloys. Can the tool be used at high spindle speeds? Yes — the combination of solid carbide and TiSiN coating is designed for high‑speed cutting (HSC) and delivers improved thermal stability during elevated spindle speeds. What does the DIN 6535 HA shank mean for clamping? A cylindrical shank to DIN 6535 HA with h6 tolerance ensures precise seating in standard collets and holders, which minimises runout and supports repeatable machining accuracy. Is this cutter suitable for fine finishing operations? The tool’s geometry — three flutes and a 45° helix — provides smooth chip flow and good surface finish, making it well suited to finishing passes and small‑feature work. How is the product supplied? The cutter is supplied in a packaging unit of 10 pieces (packaging unit: 10), enabling convenient stocking for production needs. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

High-performance solid carbide construction combined with a TiAlN coating and long cutting length deliver durable, vibration‑reduced milling for both roughing and finishing. Take advantage of the four‑flute, centre‑cut geometry for efficient chip control and consistent surface quality. Order the TECWERK end mill directly via Metav Werkzeuge or request advice from our consultants. TECWERK long solid carbide end mill DIN 6527L, Ø 4 mm, TiAlN-coated The TECWERK long solid carbide end mill DIN 6527L Ø 4 mm is a Type N/HPC tool engineered for high‑productivity milling in steel, cast materials and non‑ferrous alloys. Fine‑grain solid carbide, TiAlN coating Centre‑cut, 4‑flute long geometry Unequal helix for vibration damping Suitable for HPC roughing and finishing Consistent cutting performance under high loads The tool’s 4‑flute layout and centre‑cut geometry provide reliable chip formation and allow controlled plunge entry where required. An unequal helix pitch reduces harmonic excitation, resulting in vibration‑reduced machining and improved surface finish during both roughing and finishing operations. The combination of long cutting length and optimised geometry enables stable machining at elevated material removal rates, supporting productivity targets in demanding production environments. Broad material compatibility reduces tool inventory Designed as a universal solution, the cutter is very well suited to steel, stainless steels (INOX), cast iron, aluminium with silicon, non‑ferrous alloys and a range of special alloys. This material versatility, together with the tool’s capability for HPC (high‑productivity cutting), reduces the need for multiple specialised tools in the workshop, simplifying procurement and inventory management while maintaining consistent machining results across diverse components. Durable coating and secure clamping for reliable production A fine‑grain solid carbide substrate coated with TiAlN offers enhanced heat and wear resistance, supporting longer tool life at higher cutting speeds and temperatures. The tool features a cylindrical shank manufactured to h6 tolerance and conforms to DIN 6535 HB, ensuring secure clamping and repeatable concentricity in standard toolholders. The design also includes a protective 45° chamfer and a neck relief grind for improved tool strength and access in deep pockets, promoting uninterrupted production and reduced downtime. Secure production with TECWERK’s long TiAlN‑coated solid carbide end mill — order via Metav Werkzeuge or request tailored application advice at info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: 2000866522NW Product name: TECWERK long solid carbide end mill DIN 6527L, Ø 4 mm, CL 18 mm, TiAlN-coated Manufacturer: TECWERK Packaging unit: 1 UID: 2000866522NW Facts Diameter: 4 mm Cutting length: 18 mm Protective chamfer: 0.07 mm Flutes: 4 Shank tolerance: h6 Special features Fine‑grain solid carbide (VHM) TiAlN coating DIN 6527 L, Type N / HPC Centre cutting (Zentrumschnitt) Unequal helix pitch Right‑hand cutting Neck relief grind for vibration‑reduced machining 45° protective chamfer Cylindrical shank to DIN 6535 HB Very good suitability: steel, hard materials, non‑ferrous, special alloys, INOX, cast Suitable for roughing and finishing Designed for high‑productivity cutting (HPC) FAQ Is the tool suitable for stainless steels (INOX)? The TECWERK long solid carbide end mill (SKU 2000866522NW) is very well suited to machining stainless steels (INOX) thanks to its TiAlN coating and fine‑grain carbide substrate, which provide improved heat and wear resistance. Can the cutter be used for plunging operations? Centre‑cut geometry allows limited plunge entry; the tool is primarily optimised for side milling and high‑productivity passes rather than heavy full‑depth plunging. What advantages does the TiAlN coating provide? TiAlN increases thermal stability and wear resistance at elevated speeds, extending tool life and maintaining cutting edge integrity for longer production runs. How should the shank be clamped? The cylindrical shank with h6 tolerance and conformity to DIN 6535 HB ensures secure and repeatable clamping in standard collets and toolholders for consistent concentricity. For which tasks is this tool recommended? The cutter is recommended for HPC roughing and finishing across steels, cast materials, non‑ferrous alloys and abrasive‑containing aluminium alloys, offering vibration‑reduced performance and good surface quality. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of high-performance cutting, vibration-reduced geometry, and TiAlN wear protection for consistent productivity and extended tool life; order directly via Metav Werkzeuge or consult our specialists for application advice. TECWERK Solid Carbide End Mill DIN 6527 K – Ø4 mm, TiAlN, 4-flute (HPC) The TECWERK solid carbide end mill designed for high-performance cutting and universal use across steel, cast materials and non-ferrous alloys in CNC milling applications. VHM solid carbide with TiAlN coating Optimised for high-performance cutting (HPC) Centre-cutting 4-flute geometry Shank h6 with DIN 6535 HB cylindrical shank Consistent high-performance and predictable tool life This cutter combines a VHM (solid carbide) substrate with a TiAlN coating to deliver elevated hardness and thermal resistance under demanding conditions. The unequal pitch and vibration-reduced geometry lower chatter and enable stable cutting at increased feed rates, translating into shorter cycle times and fewer reworks. The short version with a 45° protective chamfer and centre-cutting capability allows plunge cuts and slotting operations while maintaining surface quality and repeatable dimensions. Broad material compatibility for fewer tool changes Designed as a universal solution, the tool is suitable for machining steel, stainless steel (inox), cast iron, tempered cast materials, nickel-chrome alloys, non-ferrous metals and aluminium with silicon content, plus abrasive workpieces. The tool’s geometry supports both roughing and finishing, so single-tool operations are feasible in many workflows, reducing tool inventory and setup time. The HPC focus means the cutter handles elevated cutting speeds and feeds while preserving dimensional accuracy. Reliable clamping and precise setup for process stability The cylindrical shank to DIN 6535 HB with a shank tolerance h6 ensures secure clamping and concentricity in collets and chucks, which is essential for high-speed milling. The Z4 flute configuration balances chip evacuation with radial load distribution, supporting smooth surface finishes on contours and pockets. With a defined protection chamfer of 0.07 mm, the cutting edges are safeguarded against edge damage during entry, helping to extend service life and keep downtime to a minimum. For high-performance milling with TECWERK reliability and Metav Werkzeuge’s supply assurance, contact Metav Werkzeuge in Emmerich for tailored advice and fast delivery: info@metav-werkzeuge.com | +49 2822 7131930 Technical data Article number: 2000866333NW Manufacturer: TECWERK SKU / UID: 2000866333NW Core data Diameter: Ø4 mm Cutting length: 12 mm Flutes: Z4 (4-flute) Protection chamfer: 0.07 mm Shank tolerance: h6 Special features Material: VHM (solid carbide) Coating: TiAlN Standard: DIN 6527 K, Type N / HPC Shank standard: DIN 6535 HB cylindrical shank Geometry: unequal pitch, centre-cutting, 45° protective chamfer Cutting direction: right-hand cutting Neck relief grind for vibration-reduced machining Application: HPC, suitable for roughing and finishing Workpiece suitability: steel, inox, cast, non-ferrous, special alloys, aluminium with Si, abrasive materials FAQ What materials can this end mill machine effectively? The TECWERK solid carbide end mill (SKU 2000866333NW) is very well suited for steel, stainless steel (inox), cast iron, tempered cast materials, special alloys, non-ferrous metals and aluminium with silicon content. Is this cutter suitable for high-performance cutting (HPC) applications? Yes, the tool is specifically designed for HPC with a TiAlN coating and a geometry optimised for vibration reduction and sustained feed rates. Can this cutter be used for both roughing and finishing operations? The cutter’s geometry and four-flute, centre-cutting design allow it to perform both roughing and finishing, reducing the need for tool changes in many production tasks. How does the shank specification contribute to machining reliability? The cylindrical shank to DIN 6535 HB with h6 tolerance ensures precise clamping and concentricity, which is crucial for stable operation and consistent surface finish at higher speeds. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund

Take advantage of the combination of cobalt‑enriched high‑speed steel for improved heat resistance, a secure Weldon shank for reliable clamping and a short, centre‑cutting geometry for axial plunging — order via Metav Werkzeuge or consult our specialists for tailored recommendations. End mill DIN 844 Type N, 4 mm, HSS‑Co8, Weldon shank — TECWERK A End mill DIN 844 Type N 4 mm HSS‑Co8 Weldon shank designed for precision milling and short‑run plunging in steel and cast iron applications HSS‑Co8 for improved heat resistance DIN 844 Type N four‑flute geometry Weldon shank with drive flat for secure clamping Centre‑cutting short design for axial plunging Better cutting performance through material and geometry The HSS‑Co8 substrate combines high‑speed steel with approximately 8% cobalt, increasing red hardness and resistance to thermal softening. This results in more consistent cutting at elevated temperatures and extended tool life compared with plain HSS. The cutter is rated for machining materials up to 800 N/mm² with an uncoated tool and up to 1000 N/mm² when a coating is applied, which supports more aggressive feeds and higher cutting speeds where applicable. Suitability is highest for steel and cast iron, while non‑ferrous metals and stainless steels are conditionally acceptable depending on cutting parameters. Secure clamping and compact design for precise operations A Weldon shank with drive flat ensures positive clamping in standard toolholders, reducing the risk of slippage under higher torque. The 4 flutes provide a balanced compromise between chip evacuation and surface finish, while the centre‑cutting short design enables safe axial plunging for pocketing and blind‑hole entry without pre‑drilling. Compliance with DIN 844 Type N geometry assures predictable engagement angles and chip formation, minimising vibration in short‑reach setups. The compact 4 mm diameter is ideal for fine detail work and confined machining zones. Practical benefits for workshop and production use The short, robust construction reduces tool change time and supports efficient small‑batch production where tool accessibility matters. The four‑edge configuration and cobalt‑enhanced grade contribute to stable cutting conditions and fewer rejected parts, which translates directly into improved efficiency on the shop floor. For facilities seeking to standardise tooling, this cutter integrates with common milling holders and suits tasks from finishing to moderate roughing within its material limits. Clear technical specifications and conformity to industry standards make it straightforward to plan process parameters and spare‑tool inventory. For precision short‑run milling with enhanced heat resistance from TECWERK, contact Metav Werkzeuge for specification advice and order placement at info@metav-werkzeuge.com or +49 2822 7131930 Technical data SKU: 2000866324NW Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 4 mm Flutes: 4 Material grade: HSS‑Co8 Clamping: Weldon shank (drive flat) Application strength (uncoated): ≤ 800 N/mm² Application strength (coated): ≤ 1000 N/mm² Special features DIN 844 Type N Centre‑cutting (axial plunging) Short design Four‑cutter geometry (Vierschneider) Right‑hand cut Cylinder shank with drive flat Very well suited for steel Very well suited for cast iron Conditionally suited for non‑ferrous metals and stainless steel FAQ Which materials are best processed with this end mill? The TECWERK end mill DIN 844 Type N (SKU 2000866324NW) is very well suited for steel and cast iron; non‑ferrous metals and stainless steel are conditionally suitable depending on speed, feed and tool coating. Is the cutter suitable for axial plunging and pocket entry? Yes. The short, centre‑cutting design allows axial plunging for pocketing and entry operations without a separate pre‑drill when used within recommended parameters. What clamping method is required for reliable operation? Use a toolholder compatible with a Weldon shank and drive flat to ensure secure clamping and to prevent rotation under load. What cutting direction and flute count does the cutter have? The tool is a right‑hand cut with 4 flutes, offering a balanced surface finish and chip control for the stated material range. Can coated tooling extend the application range? Applying an appropriate coating increases performance; the tool’s data indicate achievable machining up to 1000 N/mm² with a coated version compared with 800 N/mm² uncoated. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of HSS‑Co8 construction, TiCN coating and a secure Weldon shank for reliable finishing and extended tool life; order the cutter directly via Metav Werkzeuge or consult the technical team for application advice. TECWERK End Mill D844 Type N — Ø4 mm, 19 mm cutting length, HSS‑Co8, TiCN The TECWERK End Mill D844 Type N is a long, four‑flute, centre‑cutting milling cutter designed for precision machining of medium‑strength metals and stainless steel in general workshop and industrial environments HSS‑Co8 for improved heat resistance TiCN coating for extended tool life Ø 4 mm diameter, 19 mm cutting length 4 flutes, centre‑cutting for plunge operations Weldon shank with drive flat for secure clamping Consistent finishing and repeatable dimensions with fine geometry The combination of HSS‑Co8 high‑speed steel and a long geometry delivers predictable deflection behaviour and steady cutting performance when producing slots, contours and finishing passes. The Ø4 mm diameter and 19 mm cutting length are balanced to provide a tight surface finish while preserving tool rigidity; the DIN 844 Type N geometry is optimised for general finishing tasks. These characteristics translate into fewer rework cycles and more parts in tolerance on a repeatable basis. Improved wear resistance and plunge capability for flexible operations A TiCN surface layer increases hardness at the cutting edge and reduces built‑up edge formation, which extends life under interrupted cuts. The cutter is centre‑cutting, enabling controlled plunging as well as conventional side milling. The 4‑flute configuration supports a fine axial engagement and a smooth micro‑finish, making the tool suitable for operations where dimensional integrity and surface quality take priority. Secure toolholding and reliable chip control for production stability The Weldon shank with a drive flat ensures a positive mechanical drive and minimises slippage during high feed or oscillating operations, while the right‑hand cutting geometry provides conventional chip flow for standard machine setups. The long variant of this cutter permits deeper engagement when necessary; combined with stable clamping, this reduces vibration and the risk of premature tool wear, supporting continuous production runs. Material range and machining guidance for industrial use Testing indicates the cutter is very well suited to steel, stainless steel and cast iron, while non‑ferrous metals and special alloys are conditionally suitable depending on cutting data and coolant strategy. For uncoated edges the tool is effective up to roughly 800 N/mm² tensile strength; with the TiCN coating, suitability increases to approximately 1200 N/mm². These figures relate to typical tensile strength classes and help select the correct tool for components with known material properties. Contact Metav Werkzeuge for tailored machining recommendations on the TECWERK cutter and to arrange supply directly from Emmerich. Technical data Article number: 2000866394NW Designation: End mill D844 Type N, Ø4 mm, cutting length 19 mm Manufacturer: TECWERK Packaging unit: 1 Numbers / Core technical data Diameter: Ø 4 mm Cutting length: 19 mm Flutes: 4 Max tensile strength (uncoated): ~800 N/mm² Max tensile strength (coated): ~1200 N/mm² Special features Material: HSS‑Co8 Coating: TiCN Standard: DIN 844 Type N Centre‑cutting Right‑hand cut Weldon shank with drive flat (cylindrical shank) Long version FAQ Which materials are best machined with this cutter? The cutter is very well suited to steel, stainless steel and cast iron; non‑ferrous metals and special alloys are conditionally suitable depending on cutting data and coolant. Can this tool be used for plunge cutting and slotting? Yes, the centre‑cutting geometry and four flutes permit controlled plunging and stable slotting operations with consistent surface quality. What does the TiCN coating change in performance? The TiCN coating increases wear resistance and allows the cutter to handle higher tensile strength materials (up to around 1200 N/mm²) compared with the uncoated condition. How is the tool clamped and driven in the holder? The Weldon shank with drive flat provides positive locking in a corresponding holder, reducing slippage during interrupted or oscillating cuts. Which product reference should be quoted for ordering? Please quote the article number 2000866394NW when requesting the TECWERK end mill D844 Type N. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of high-temperature resistance, a TiCN wear layer and a rigid short design for precise, repeatable milling operations. Order the tool directly via Metav Werkzeuge or consult the Metav specialists for application advice. TECWERK short 4 mm HSS‑Co8 TiCN Weldon end mill, DIN 844 Type N A TECWERK short 4 mm HSS‑Co8 TiCN Weldon end mill engineered for high-precision milling and plunge work in steel, stainless steel and cast iron applications High-performance HSS‑Co8 core TiCN coating for extended tool life 4‑flute geometry for improved surface finish Weldon shank with drive flat Precision and cut quality with four‑flute geometry The short four‑flute design delivers a balance between rigidity and cutting engagement, producing a consistently fine surface finish in milled contours. The 4‑flute layout increases axial stability compared with fewer‑flute cutters, which reduces chatter in interrupted cuts; this advantage is particularly relevant when tight tolerances are required. In practice, the geometry supports smooth tool paths on CNC and manual milling machines while maintaining dimensional accuracy across repeating runs. Heat resistance and wear performance for demanding materials Manufactured from HSS‑Co8 (high‑speed steel with 8% cobalt), the cutter sustains higher temperatures and improved red hardness compared with standard high‑speed steels. The application of a TiCN coating further increases wear resistance and can extend tool life under elevated thermal loads. Performance guidance: uncoated tooling is suitable up to about 800 N/mm², while the coated variant can be used up to approximately 1000 N/mm², enabling confident machining of tougher steels and persistent stainless grades. Versatile shank and plunge capability for flexible use Equipped with a Weldon shank (cylindrical shank with drive flat) and a centre‑cutting geometry, the tool is suitable for axial plunging as well as conventional peripheral milling operations. The drive flat secures positive clamping in collets and holders that accept Weldon flats, reducing slippage during heavy engagement. The centre‑cutting feature enables short plunge cuts without the need for pre‑drilling, enhancing process flexibility in cavity starts and pocketing. Short overall length for rigidity and repeatability The compact, short design prioritises rigidity to minimise deflection and vibration in deep or constrained setups. Reduced overhang delivers improved repeatability and surface integrity, which is beneficial when working with stainless steel and cast iron, both listed as very well suited for this cutter. The truncated profile also simplifies toolpath planning for high‑precision pockets and shoulders where chatter or runout would otherwise compromise part quality. For reliable results with TECWERK cutting tools, contact Metav Werkzeuge for application matching and fast supply from Emmerich — expert advice and immediate dispatch are available to support production needs. Technical Data SKU: 2000866348NW Label: Schaftfräser DIN 844 TypN D.4mm HSS‑Co8 TiCN Weldon Z.4 kurz TECWERK Packaging unit: 1 Manufacturer: TECWERK Facts Diameter: 4 mm Standard: DIN 844 Type N Flutes: 4 Cutting direction: right‑hand Coating: TiCN Material: HSS‑Co8 Shank: Weldon (cylindrical with drive flat) Cutting capability: centre‑cut (plunge capable) Length: short Special features Suitable for steel: very good Suitable for stainless steel (inox): very good Suitable for cast iron: very good Suitable for non‑ferrous metals: conditionally suitable Suitable for special alloys: conditionally suitable Application range: milling of materials up to 800 N/mm² uncoated, 1000 N/mm² coated FAQ What materials is this end mill best suited for? The TECWERK short 4 mm HSS‑Co8 TiCN Weldon end mill is very well suited for steel, stainless steel and cast iron; non‑ferrous metals and special alloys are conditionally suitable according to the tool specification. Can this cutter perform plunge cuts? Yes, the centre‑cutting geometry permits axial plunging; the tool is designed for both plunge starts and conventional peripheral milling. How does the TiCN coating affect performance? The TiCN coating increases wear resistance and thermal stability, extending life in demanding operations and allowing machining of materials up to about 1000 N/mm² when coated. What clamping system is recommended for this tool? The Weldon shank requires a holder or collet that accepts a drive flat; the drive flat reduces slippage under higher torque and heavy engagement. Is the tool suitable for high‑temperature steel applications? With its HSS‑Co8 composition and TiCN coating, the cutter provides improved heat resistance and is appropriate for demanding steel and stainless applications within the stated strength ranges. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Taking advantage of the HSS‑Co8 alloy and DIN 844 specification, this long, four‑flute end mill delivers reliable performance in steel and cast iron applications; pair its Weldon shank with a suitable holder for secure clamping and order directly via Metav Werkzeuge or consult the team for tailored advice. End mill DIN 844 Type N D.4mm Cutting length 19mm HSS‑Co8 Weldon Z.4 long — TECWERK The End mill DIN 844 Type N D.4mm Cutting length 19mm HSS‑Co8 Weldon Z.4 long is a long, centre‑cutting, four‑flute HSS‑Co8 cutter designed for robust slotting and finishing of medium‑strength steels and cast iron. HSS‑Co8 for improved heat resistance DIN 844 Type N long version Weldon shank with drive flat Very good for steel and cast iron machining Durable alloy and standard compliance for consistent cuts The use of HSS‑Co8 combined with adherence to DIN 844 gives the tool a balance of toughness and wear resistance, making it suited to repetitive shop‑floor tasks. The cobalt‑alloy composition improves performance at elevated temperatures, so the cutter sustains its edge during longer operations. With a 4 mm diameter and a 19 mm cutting length, the geometry is optimised for narrow slots and profile shoulders while maintaining dimensional stability. This engineering focus reduces rework and supports predictable cycle times. Secure clamping and plunge capability that steadies the process Featuring a Weldon shank with a drive flat, the cutter affords secure fixation in set‑screw holders, improving concentricity under load. The centre‑cutting design permits controlled plunging into material, eliminating the need for pre‑drilled starts in many applications. Right‑hand cutting geometry and the long flute configuration support reliable chip evacuation in through‑cuts and deeper pockets, which contributes to reduced vibration and consistent surface finishes. Broad but selective material suitability to consolidate tooling The tool is very well suited for steel and cast iron, while non‑ferrous metals and stainless steel are conditionally supported; selection of appropriate cutting parameters is advised for those materials. Where coatings are applied to the cutter, the allowable machinable strength increases from around 800 N/mm² (uncoated) to about 1,200 N/mm² (coated), extending applicability into tougher workpieces. This versatility helps to reduce tool changes and simplifies inventory for mixed‑material production runs. Geometry and flute count focused on efficient machining A four‑flute configuration offers a compromise between chip space and tool strength, yielding good surface integrity in interrupted cuts and finishing passes. The long version balances reach and rigidity for deeper operations that standard lengths cannot manage. Combined with the cutter’s right‑hand cutting direction and centre‑cutting capability, the design supports straightforward process planning: fewer specialised cutters are needed and machining cycles become easier to standardise across similar parts. Contact Metav Werkzeuge for a technical consultation on the TECWERK long end mill, or request a tailored recommendation from the Metav team at our Emmerich location to ensure optimal tool selection and delivery. Technical data Article number: 2000866372NW Description: End mill DIN 844 Type N D.4mm Cutting length 19mm HSS‑Co8 Weldon Z.4 long Manufacturer: TECWERK Packaging unit: 1 UID: 2000866372NW Facts Diameter: 4 mm Cutting length: 19 mm Flutes: 4 Material: HSS‑Co8 Machinable strength: ~800 N/mm² uncoated, ~1,200 N/mm² coated Special features DIN 844 Type N specification Long version for deeper pockets Centre‑cutting for plunging Weldon shank with drive flat Right‑hand cutting Very good for steel and cast iron; conditionally suitable for NE‑metals and stainless steel FAQ Is this cutter suitable for plunging operations? Yes. The TECWERK End mill DIN 844 Type N D.4mm is centre‑cutting, which allows controlled plunging into workpieces without prior drilling in many cases. Which materials are best machined with this tool? The cutter performs very well with steel and cast iron; non‑ferrous metals and stainless steel are only conditionally suitable and may require adapted feeds, speeds or coating. Does the Weldon shank require a specific holder? The Weldon shank with drive flat is intended for set‑screw holders or similar fixtures that secure the flat; matching the holder to the shank ensures stability under load. How does coating affect performance? A coated version increases the usable material strength from about 800 N/mm² (uncoated) to roughly 1,200 N/mm², extending the tool’s service in harder workpieces. What advantages does the four‑flute geometry provide? The four‑flute design improves finish quality and tool strength while maintaining acceptable chip clearance, making it suitable for finishing and semi‑finishing of profiles. TECWERK: Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of a compact, high‑performance cutter that combines solid carbide construction with a TiAlN coating and HPC geometry for reliable roughing and finishing in steel and cast iron; order directly via Metav Werkzeuge or consult the specialists for application guidance. End mill WN Type N, Ø 4 mm — Solid carbide, TiAlN, 35° helix (TECWERK) The End mill WN Type N, Ø 4 mm is an extra‑short, solid carbide four‑flute cutter with TiAlN coating, designed for high‑performance roughing and finishing in steels up to 45 HRC and a range of non‑ferrous materials. Solid carbide, TiAlN coating for long tool life 4‑flute geometry with centre‑cut for plunge operations 35° helix for smooth chip evacuation Extra‑short design for vibration‑reduced cutting Maximise material removal with predictable performance The extra‑short solid carbide design and proven HPC geometry deliver a reliable combination of stiffness and cutting efficiency. The tool’s 35° helix promotes controlled chip flow, which reduces chatter and helps maintain consistent cutting forces during aggressive passes. With a four‑edge configuration and a centre‑cut, the cutter is suitable for helical interpolation and plunge entry, enabling faster cycle times while preserving tool life through reduced deflection. Broad material capability with industrial confidence Engineered for demanding shop environments, the cutter offers very good performance in steel up to 45 HRC and cast iron, with conditional suitability for stainless steel and many non‑ferrous metals such as aluminium, copper and brass. The TiAlN coating increases thermal resistance and surface hardness at elevated cutting temperatures, supporting higher cutting speeds and longer tool life without excessive wear. For users less familiar with heat‑resistant coatings, TiAlN forms a protective oxide layer in use, which reduces adhesion and improves durability. Accurate gripping and stable cutting for precise finishes The tool is supplied with a cylindrical shank produced to DIN 6535 HB with h6 tolerance, offering concentric clamping and reliable spindle transfer. A protective chamfer of 0.2 mm and a 45° protective edge help avoid premature corner damage when entering the workpiece or during retraction. The short, stable execution and a slight positive rake (soft cut) contribute to a smoother surface and consistent dimensional results in both roughing and finishing operations. Practical benefits for workshop operations Unequal pitch and four‑cutter geometry reduce harmonics and vibration, improving surface quality and tool life in interrupted cuts and slotting. The combination of centre‑cut capability and HPC profile makes the cutter versatile for pocketing, slotting and step milling with fewer tool changes. Delivered as an extra‑short option, the tool is particularly helpful where rigid setups or deep cavities demand reduced overhang to maintain accuracy and throughput across serial production. For tailored application advice or to secure immediate delivery of TECWERK HPC end mills, contact Metav Werkzeuge — email info@metav-werkzeuge.com or call +49 2822 7131930 for expert guidance and supply from Emmerich. Technical data Article number: 2000866413NW Product label: Schaftfräser WN TypN D.4mm VHM TiAlN 35Grad HB Z.4 ext.kurz TECWERK Manufacturer: TECWERK UID: 2000866413NW Packaging unit: 1 Core specifications Diameter: 4 mm Helix angle: 35° Cutting edges: 4 Centre‑cut: yes Protective chamfer: 0.2 mm Shank standard: DIN 6535 HB Shank tolerance: h6 Cutting direction: right‑hand Special features Solid carbide, fine‑grain microstructure TiAlN coating Typ N / HPC geometry Four‑flute design with unequal pitch Short, stable design with soft cut (≈10°) Centre‑cut for plunge operations Suitable for roughing, finishing and slotting Very good for steel and cast iron; conditionally suitable for stainless and non‑ferrous metals FAQ Which materials are best machined with this cutter? The TECWERK End mill WN Type N (Ø 4 mm, SKU 2000866413NW) is very well suited to steel and cast iron and is conditionally suitable for stainless steel and various non‑ferrous metals such as aluminium, copper and brass. Can the cutter be used for plunge milling or helical interpolation? Yes, the centre‑cut geometry and four‑flute design permit plunge entry and helical interpolation, making the tool suitable for pocketing and hole‑making operations. What shank standard and tolerance does the tool have? The tool is supplied with a cylindrical shank to DIN 6535 HB and a h6 tolerance for accurate clamping and reduced run‑out. How does the TiAlN coating benefit production? The TiAlN coating increases thermal resistance and reduces wear at elevated temperatures, allowing higher cutting speeds and longer tool life in demanding operations. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of solid carbide construction, multilayer TiAlN coating and a 45° helix angle for stable, high-performance milling in both roughing and finishing operations. The tool delivers excellent surface quality with reliable thermal resistance and chip control; order the TECWERK solid carbide end mill directly via Metav Werkzeuge or ask our consultants if needed. TECWERK solid carbide end mill DIN 6527 L, 4 mm — TiAlN-coated, 45° helix The TECWERK solid carbide end mill offers high-stability, long-reach milling for both roughing and finishing in steel and stainless applications. Solid carbide with multilayer TiAlN coating 45° helix angle for efficient chip evacuation Four-flute geometry for superior surface finish Designed for roughing and finishing of steel Engineered stability that increases productivity The cutter’s special cutting geometry and four-flute design deliver notable rigidity and reduced vibration, enabling higher feeds and longer tool life. Manufactured from solid carbide, the tool resists deflection during heavy cuts, which translates directly into consistent component dimensions and fewer rework cycles. The combination of geometric optimisation and material choice means stable performance even under demanding conditions, supporting uninterrupted production and predictable machining results. Reliable material range with temperature resistance Coated with multilayer TiAlN, the tool offers enhanced wear protection and thermal stability at elevated cutting temperatures. This makes it particularly effective on steel and stainless steel, where surface integrity and tool life are critical. Non-ferrous metals and special alloys are conditionally suitable, while cast iron requires adapted cutting data. The coating’s heat resistance reduces edge wear, so operators can maintain cutting parameters longer and achieve consistent finishes without frequent tool changes. Geometry optimised for surface quality and chip control A 45° helix angle combined with an integrated chipbreaker and unequal pitch reduces harmonic vibrations and improves chip evacuation. The geometry supports smooth cutting action and a high-quality surface finish, especially during finishing passes. The unequal flute spacing dampens chatter, while the chipbreaker promotes predictable chip shapes and evacuation, reducing recutting and improving component appearance. Practical standards and versatile toolholder compatibility The long configuration provides reach for deeper pockets and extended contours while retaining stiffness for reliable machining. The cylindrical shank to DIN 6535 HB ensures secure clamping in common toolholders and mm-scale toolholding systems. Conforming to DIN 6527 L and featuring four cutting edges, the tool is designed for universal use in toolrooms and production shops where a single cutter must handle both roughing and precision finishing tasks with minimal setup changes. For specification advice or to secure supply from our Emmerich inventory, contact Metav Werkzeuge by e‑mail at info@metav-werkzeuge.com or by phone on +49 2822 7131930 to discuss the TECWERK tool and compatible feed strategies. Technical data Article number: 2000866681NW Description: TECWERK solid carbide end mill DIN 6527 L, 4 mm, TiAlN, long, 45° helix, 4 flutes Facts Diameter: 4 mm Helix angle: 45° Flutes: 4 Shank: cylindrical, DIN 6535 HB Special features Solid carbide construction Multilayer TiAlN coating Chipbreaker and unequal pitch Long version for deep machining Suitable for steel: very good Suitable for stainless steel (INOX): very good Suitable for non-ferrous metals: conditionally suitable Suitable for special alloys and cast iron: conditionally suitable FAQ Which materials is the TECWERK solid carbide end mill best suited for? The TECWERK solid carbide end mill (SKU 2000866681NW) performs very well on steel and stainless steel; non-ferrous metals, special alloys and cast iron are conditionally suitable and require adapted cutting data. How does the TiAlN coating benefit performance? The multilayer TiAlN coating on the TECWERK end mill increases wear resistance and thermal stability, enabling longer tool life and sustained cutting parameters, particularly in elevated-temperature steel machining. What advantages do the 45° helix and unequal pitch provide? The 45° helix angle improves chip flow and reduces cutting forces, while the unequal pitch and chipbreaker minimise vibration and chatter, resulting in a superior surface finish and more consistent tool behaviour. Is the tool suitable for both roughing and finishing operations? Yes, the TECWERK long solid carbide end mill is designed for both roughing and finishing, combining stability for heavy cuts with geometry that supports fine surface quality in finishing passes. Which shank standard does this cutter use and why is it important? The cutter features a cylindrical shank to DIN 6535 HB, ensuring compatibility with common collets and toolholders for secure clamping and straightforward integration into existing tool systems. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of solid carbide construction, TiAlN surface treatment and an extra‑long design for efficient deep milling and reduced tool changes; order the cutter directly via Metav Werkzeuge or consult the technical advisers for application support. TECWERK Solid Carbide End Mill D 4 mm, 16 mm cutting length, TiAlN, 4 flutes (extra long) The TECWERK Solid Carbide End Mill is an extra‑long, TiAlN‑coated, multi‑flute cutter designed for universal machining tasks in steel, cast iron and non‑ferrous alloys across industrial and workshop environments Solid carbide, fine‑grain TiAlN‑coated Extra‑long design for deep milling operations 4‑flute geometry with centre cutting Suitable for steel, cast iron and non‑ferrous metals High cutting performance with predictable behaviour This cutter combines a solid carbide substrate with a TiAlN coating to deliver consistent edge stability under elevated thermal loads. The multi‑flute geometry and centre cutting capability enable plunge operations and reduce cycle times when roughing and finishing. The tool’s extra‑long configuration allows deeper engagement without frequent tool changes, supporting streamlined production sequences. These technical choices translate into measurable productivity gains and less machine downtime for repetitive milling tasks. Broad material suitability and process reliability Engineered for universal use, the tool is rated very well suited for standard steels, stainless steels (INOX), cast materials and many non‑ferrous alloys. The combination of a fine‑grain carbide and the TiAlN surface reduces flank wear and improves resistance against abrasive inclusions in Al‑Si alloys. The geometry is balanced for vibration‑reduced machining, granting stable cuts even in longer overhangs and thus preserving part tolerances and surface quality during both roughing and light finishing passes. Precision shank and protected cutting edge for safe clamping The cutter features a cylindrical shank conforming to DIN 6535 HB with h6 shank tolerance, ensuring secure, concentric clamping and minimal run‑out in standard collet systems. A small 0.07 mm chamfer at the cutting edge protects the first chip formation and increases resistance to edge chipping, which is particularly beneficial when tackling interrupted cuts or cast surfaces. These design elements lower the risk of premature tool failure and maintain repeatable dimensional accuracy across series production. Practical machining guidance and benefits for procurement The tool’s unbalanced helix and neck relief reduce chatter and aid chip evacuation in deep milling. For workshop use, the robustness of the tool means fewer tool changes and a simplified inventory: one versatile cutter can cover roughing and finishing steps in mixed‑material batches. When selecting feeds and speeds, favour moderate axial engagement and progressive radial step‑overs to exploit the TiAlN coating’s thermal advantages; this approach extends tool life and secures consistent surface finish without complex parameter tuning. Contact Metav Werkzeuge for application recommendations, compatibility checks and to arrange supply via info@metav-werkzeuge.com or by phone on +49 2822 7131930; Metav’s advisors support selection and delivery from Emmerich to the workshop bench. Technical data Article number: 2000866562NW Product designation: TECWERK Solid Carbide End Mill D 4 mm, 16 mm cutting length, TiAlN, 4 flutes Manufacturer: TECWERK Packaging unit: 1 UID: 2000866562NW Facts Diameter: 4 mm Cutting length: 16 mm Flutes: 4 Shank: cylinder shank to DIN 6535 HB Shank tolerance: h6 Chamfer: 0.07 mm Special features Solid carbide, universal fine‑grain TiAlN coating Extra‑long design Centre cutting geometry Unequal helix / unequal pitch Neck relief for vibration reduction Right‑hand cutting Suitable for steel, cast iron, temper cast, Cr‑Ni steels, non‑ferrous metals, Al‑Si alloys and abrasive materials Protection chamfer 45° FAQ Which materials are recommended for this cutter? The TECWERK Solid Carbide End Mill (SKU 2000866562NW) is specified as very well suited for steel, stainless steel, cast iron and a wide range of non‑ferrous metals including aluminium with silicon content. What advantages does the TiAlN coating provide? The TiAlN coating on the cutter increases heat resistance and wear performance, extending tool life under higher cutting temperatures and improving performance in abrasive or intermittent cutting conditions. Is the shank compatible with standard collets? Yes, the cylindrical shank produced to DIN 6535 HB with h6 tolerance ensures secure and concentric clamping in standard collet chucks and precision holders. Can this cutter be used for both roughing and finishing? Designed as a multi‑purpose cutter with a vibration‑reduced geometry and centre‑cutting capability, it is suitable for both roughing and light finishing passes in a range of materials. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Taking advantage of solid carbide construction and a TiSiN surface treatment, this mini end mill combines long tool life with high-speed performance and precise chip control thanks to its 45° helix; order the mini solid carbide end mill directly via Metav Werkzeuge or ask our consultants if needed. TECWERK — Mini solid carbide end mill Type N Ø4 mm, TiSiN, 45° helix, cylindrical shank (DIN 6535 HA) The mini solid carbide end mill Type N Ø4 mm, TiSiN, 45° helix, cylindrical shank (DIN 6535 HA) is a compact three-flute cutter engineered for high-speed finishing and versatile milling in steel, non-ferrous metals and cast materials. Solid carbide construction for high rigidity TiSiN coating for extended tool life 45° helix for improved chip evacuation Faster high-speed machining with stable tool life Built for high-speed cutting (HSC), the mini cutter uses a solid carbide substrate and a wear-resistant TiSiN coating to maintain edge integrity under elevated cutting speeds. The combination of a steep 45° helix and a three-flute geometry improves chip formation and evacuation, reducing heat build-up and enabling consistent surface finish at higher feed rates. This arrangement results in measurable cycle-time reductions on finishing passes while maintaining component tolerances, making it a pragmatic choice where efficiency directly impacts throughput. Broad material compatibility with reliable runout control The design targets a wide application spectrum: very good suitability for steel and non-ferrous materials, with conditional performance on cast iron and certain special alloys. The tool features a cylindrical shank to DIN 6535 HA and shank tolerance h6, ensuring secure clamping and minimised runout when used with precision collets or toolholders. The extra-short configuration increases rigidity and reduces vibration during light finishing cuts, translating into fewer rejects and more predictable machining results across small-batch and serial production. Precision design that lowers tooling and downtime costs A compact length and optimised flute geometry reduce flank wear and promote uniform cutting forces, which together extend tool life and reduce the frequency of tool changes. The TiSiN layer provides thermal and abrasion resistance, which is particularly effective during dry or semi-dry machining strategies. Compliance with referenced DIN notes (including DIN 6527 K) and the HSC-oriented profile mean the cutter supports modern machining strategies while limiting the need for multiple specialised tools—an economical approach for workshops aiming to simplify inventory without compromising on finish quality. Choose the TECWERK mini solid carbide end mill for dependable HSC performance — contact Metav Werkzeuge for purchasing and technical advice from Emmerich at info@metav-werkzeuge.com or call +49 2822 7131930. Technical Data Article number: 2000806204NW SKU / UID: 2000806204NW Label: Schaftfräser TypN D.4mm VHM TiSiN 45Grad HA Manufacturer: TECWERK Packaging unit: 10 Facts Diameter: Ø4 mm Helix angle: 45° Flutes: 3 Shank tolerance: h6 Packaging: 10 pieces Special features Material: solid carbide (VHM) Coating: TiSiN Geometry: Type N, three-flute, extra short Shank: cylindrical, DIN 6535 HA Standard reference: DIN 6527 K Cutting direction: right-hand Suitable for HSC applications Material suitability: steel (very good), non-ferrous metals (very good), cast iron (conditional), stainless/Inox (conditional), special alloys (conditional) FAQ What materials is this mini end mill best suited for? The TECWERK mini solid carbide end mill is very well suited to steel and non‑ferrous metals; it can also be used on cast iron and certain special alloys with adjusted cutting parameters. Can the tool be used for high-speed finishing operations? Yes, the TiSiN coating combined with the 45° helix and three‑flute design makes the cutter appropriate for HSC finishing tasks, offering improved chip evacuation and thermal resistance. What shank and clamping standards does the cutter follow? The cutter is supplied with a cylindrical shank compliant with DIN 6535 HA and a h6 shank tolerance to ensure consistent clamping and reduced runout. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of a combination of solid carbide construction and TiSiN coating for long tool life and reliable machining of steel, cast iron and non‑ferrous metals; order directly via Metav Werkzeuge or consult our specialists for process integration. TECWERK mini end mill set – DIN 6527 K, TiSiN‑coated solid carbide, 45° helix TECWERK mini end mill set designed for precision milling tasks in workshop and light industrial applications, providing rigid, compact cutters for machining steel, cast iron and non‑ferrous materials. Solid carbide construction (VHM) TiSiN coating for extended tool life 45° helix and 3 flutes for smooth chip control Cylindrical shank to DIN 6535 HA Precision and durability for consistent production results The combination of VHM (solid carbide) and a TiSiN coating delivers high hardness and wear resistance, which translates into longer tool life and predictable performance in series production. For processes requiring repeatability, the hard substrate and chemical vapour-deposited coating reduce flank wear and minimise variation between parts, supporting stable cycle times and fewer tool changes. This results in a measurable increase in uptime and lower tooling overhead for manufacturing operations. Reduced vibration and superior rigidity for small‑feature milling Thanks to the extra‑short design and a cylindrical shank to DIN 6535 HA, these cutters offer high rigidity and low overhang, which is particularly beneficial when machining small diameters and tight features. The compact geometry reduces chatter and improves surface finish on thin walls or narrow slots, so setups that demand tight tolerances can be completed with confidence. The standardised shank also ensures compatibility with common collet chucks and toolholders. Efficient chip removal and versatile cutting geometry A 45° helix angle combined with three flutes and a right‑hand cut promotes controlled chip formation and evacuation across a range of materials. This geometry balances cutting edge strength with sufficient flute volume, making the cutters well suited to both peripheral and light slotting operations. The configuration supports efficient material removal rates while maintaining good surface quality on steel, cast iron and non‑ferrous metals, with conditional use in stainless and harder alloys when parameters are adapted. Practical choice for small workshops and production cells Engineered as a mini end mill solution, the set is a pragmatic choice where tool change frequency and set‑up times affect throughput. The standard compliance to DIN 6527 K ensures dimensional consistency, helping to reduce inspection time and simplify inventory management. For buyers seeking a dependable cutter family that covers common small diameters and general machining tasks, this range offers a cost‑effective route to improved process reliability and finish quality. Contact Metav Werkzeuge today for technical advice on integrating the TECWERK TiSiN‑coated solid carbide mini end mills into production and to arrange supply directly from our Emmerich warehouse. Technical data Article number: 2000806205NW SKU: 2000806205NW Brand: TECWERK Facts Diameters: 1 / 1.5 / 2 / 3 / 4 mm Flutes: 3 Helix angle: 45° Cutting direction: right‑hand Special features Solid carbide (VHM) TiSiN coating DIN 6527 K, Type N Extra short / mini end mills Cylindrical shank to DIN 6535 HA Suitable for steel: very well suited Suitable for cast iron: very well suited Suitable for non‑ferrous metals: very well suited Suitable for stainless steel: conditionally suited Suitable for hard materials: conditionally suited Suitable for special alloys: conditionally suited FAQ What materials are best machined with this TECWERK mini end mill set? The TECWERK mini end mill set is very well suited for steel, cast iron and non‑ferrous metals, with conditional suitability for stainless and harder alloys depending on cutting parameters. How does the TiSiN coating benefit tool life? A TiSiN coating on the solid carbide cutters reduces wear and adhesion, so the TECWERK tools maintain edge integrity longer and extend usable life under typical milling conditions. Are these cutters compatible with standard toolholders? Yes, the cylindrical shank to DIN 6535 HA conforms to common collet systems, allowing straightforward mounting in most workshop toolholders and compact machining centres. What cutting tasks are three‑flute, 45° helix cutters best for? The three‑flute design and 45° helix provide a balance between edge strength and chip clearance, making them suitable for peripheral milling and light slotting where a good surface finish and controlled chips are required. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Combining the HSS‑Co8 material with a short, 4‑flute centre‑cut geometry and a Weldon shank gives a compact cutter that balances edge retention and secure clamping for reliable machining of cast iron and medium‑strength steels. Order the tool directly via Metav Werkzeuge or consult the team for application guidance. End mill DIN 844 Type N, 5 mm — Short 4‑Flute Weldon (TECWERK) A TECWERK end mill DIN 844 Type N designed for short, precise slotting and plunge operations in cast iron and medium‑strength steels, featuring a centre‑cut geometry and a Weldon cylindrical shank with drive flat HSS‑Co8 for high red hardness Weldon shank with drive flat for secure clamping 4‑flute short design for stable slotting Centre‑cut geometry for plunge milling Suitable for steel and cast iron machining High‑temperature cutting performance for durable machining Made from HSS‑Co8, this short 4‑flute cutter is engineered to maintain cutting edge integrity at elevated temperatures encountered during heavy cuts. The centre‑cut geometry allows for controlled plunging, converting vertical entry into a clean cut without specialised drills. The compact length reduces lever‑arm deflection and helps suppress chatter, resulting in more consistent surface finishes and longer tool life compared with longer, slender cutters. These characteristics translate directly into fewer tool changes and improved process uptime on production floors. Secure mounting and process stability in everyday milling The Weldon shank with an axial drive flat delivers positive torque transfer and secure clamping in standard toolholders, reducing the risk of slippage during interrupted cuts. Right‑hand cutting direction and the cylindrical shaft maximise compatibility with common milling spindles and collet systems. Stable mounting combined with the cutter’s short form factor improves runout control and repeatability, which is particularly beneficial for repetitive slotting or small pocket machining where precision and reproducibility are required. Adapted for the materials and strengths encountered in workshops This cutter is specified for machining materials up to approximately 800 N/mm² with an uncoated tool and up to 1,000 N/mm² when coated, making it well suited to medium‑strength steel and cast iron. Its suitability for non‑ferrous metals and stainless steel (INOX) is conditional; process parameters and potential coatings should be considered for higher demands. The four‑flute layout promotes good chip evacuation in slotting, while the centre‑cut feature enables limited plunge cuts without pre‑drilling, expanding the range of viable tasks in a busy workshop environment. A practical choice for professional workshops and production cells Compact, robust and straightforward to integrate into existing tool inventories, this short end mill supports a pragmatic production approach: fewer tool variants, predictable performance and easier tool handling. Metav’s distribution philosophy of democratising precision ensures reliable supply and technical backing from a central stock in Emmerich, supporting both one‑man workshops and larger production facilities. For complex applications or to adapt the tool for specific materials, Metav Werkzeuge’s advisors can provide machining recommendations and compatibility checks. Contact Metav Werkzeuge today for tailored machining recommendations or to order this TECWERK end mill directly; phone +49 2822 7131930 or eMail info@metav-werkzeuge.com Technical Data Article number: 2000866326NW Label: Schaftfräser DIN 844 Typ N D.5mm HSS‑Co8 Weldon Z.4 kurz TECWERK Manufacturer: TECWERK Packaging unit: 1 UID: 2000866326NW Specifications Diameter: 5 mm Flutes: 4 Standard: DIN 844 Type N Shank: Weldon cylindrical with drive flat Cutting direction: Right‑hand cutting Material: HSS‑Co8 Geometry: Centre‑cut Form: Short Special features Four‑cutter (Vierschneider) design Suitable for steel: very good Suitable for cast iron: very good Suitable for non‑ferrous metals: conditional Suitable for INOX: conditional Short design for reduced deflection Secure clamping via Weldon shank FAQ Is this cutter suitable for plunge milling? The TECWERK end mill has a centre‑cut geometry that allows controlled plunge milling and limited vertical entry without pre‑drilling, making it suitable for light plunge operations. Which materials does the cutter machine best? The short HSS‑Co8 tool is very well suited to steel and cast iron, with conditional applicability to non‑ferrous metals and stainless steel depending on cutting data and coating. What does the Weldon shank provide? A Weldon shank with drive flat ensures secure clamping and positive torque transmission, improving process stability during interrupted cuts. Can this tool be used for high‑strength steels? With an appropriate coating the tool’s capability increases; the specification notes machining up to approx. 1,000 N/mm² when coated, so selection should consider the specific alloy and process requirements. How is the tool supplied and what is the article number? The tool is supplied in packaging unit 1 and is listed under article number 2000866326NW. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of solid carbide construction, Multilayer TiAlN coating and a 45° helix for stable, long-lasting performance in both roughing and finishing; order directly via Metav Werkzeuge or ask our consultants for tailored advice. TECWERK end mill DIN 6527L NF-UNI D 5 mm VHM TiAlN – 45° helix, 4-flute, long The TECWERK end mill DIN 6527L NF-UNI D 5 mm is a long solid‑carbide, TiAlN‑coated four‑flute cutter designed for universal use in steel and stainless applications. Solid carbide construction VHM Multilayer TiAlN coating 45° helix for smooth chip flow Cylindrical shank DIN 6535 HB, long version Outstanding wear resistance and thermal stability for steel work The combination of solid carbide body and TiAlN multilayer coating provides pronounced wear resistance and temperature stability, making the tool particularly effective for demanding work in steel and stainless steel. The coating reduces adhesion and protects the cutting edges at raised temperatures, which helps preserve edge geometry over longer cycles. As a result, tool life is extended and the frequency of tool changes is reduced, improving throughput in mixed‑batch production where consistent performance matters. Geometry tuned for stability and excellent surface finish A 45° helix and four flutes offer a balanced compromise between chip evacuation and cutting edge strength. The cutter’s special tooth geometry, including the integrated chip breaker and unequal pitch, increases the mechanical stability of the cutting edges and reduces vibration during both heavy material removal and fine finishing. This design yields an excellent surface finish with fewer passes required, which lowers machining time and reduces downstream deburring. Versatile performance across roughing and finishing operations Engineered as a universal solution, this long‑reach end mill supports both aggressive roughing passes and precise finishing cuts. The tool’s configuration ensures a consistent chip formation and predictable wear pattern, which benefits process planning and repeatability. For workshops aiming to consolidate tooling, the robust performance across different cutting depths and feed conditions reduces the need for multiple dedicated cutters. Secure clamping and machine compatibility for reliable production Equipped with a cylindrical shank DIN 6535 HB, the long version ensures secure clamping in standard tool holders and collets. The adherence to DIN standards simplifies integration into existing tool setups and tool change routines, supporting consistent concentricity and run‑out characteristics. The result is reliable performance in serial production as well as in single‑part manufacturing where precision and repeatability are essential. Choose the TECWERK VHM TiAlN end mill for durable, high‑performance cutting and contact Metav Werkzeuge for expert advice and reliable supply from Emmerich: info@metav-werkzeuge.com, +49 2822 7131930 Technical data Article number: 2000866683NW SKU: 2000866683NW Label: Schaftfräser DIN 6527L Typ NF-UNI D.5mm VHM TiAlN 45Grad HB Z.4 lang TECWERK Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 5 mm Flutes: 4 Helix angle: 45° Standard: DIN 6527 L, shank DIN 6535 HB Cutting direction: right‑hand (standard for DIN end mills) Special features Material: solid carbide (VHM) Coating: Multilayer TiAlN With chip breaker and unequal pitch Long version for extended reach Suited for roughing and finishing Material suitability: steel (very good) Material suitability: stainless steel / INOX (very good) Material suitability: non‑ferrous metals (limited) Material suitability: special alloys (limited) Material suitability: cast iron (limited) FAQ What materials is this end mill best suited for? The TECWERK end mill (DIN 6527L NF‑UNI, D 5 mm) is rated very good for steel and very good for stainless steel (INOX); suitability for non‑ferrous metals, special alloys and cast iron is limited. What advantages does the TiAlN coating provide? The TiAlN multilayer coating on this cutter increases wear resistance and thermal stability, reducing edge wear at elevated temperatures and helping to maintain surface quality over longer cycles. Why is a 45° helix beneficial for machining? A 45° helix promotes smooth chip flow and reduces cutting forces during finishing, while still providing sufficient edge strength for roughing—this supports both efficient chip evacuation and good surface finish. Does the shank conform to standard tool holders? Yes. The tool features a cylindrical shank to DIN 6535 HB, ensuring compatibility with standard collets and holders for secure clamping and consistent run‑out. TECWERK: Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund