Take advantage of a compact tooling solution that combines solid carbide construction and a TiSiN wear-resistant finish for reliable high-speed milling in mixed workshops; order or request application advice from Metav Werkzeuge to ensure prompt supply and process alignment. Mini solid carbide end mill Type N 1.5 mm, TiSiN coating, 45° helix (TECWERK) A mini solid carbide end mill Type N 1.5 mm engineered for high-speed finishing and versatile milling of steel, cast iron and non‑ferrous metals with a short flute length and a DIN‑compliant cylindrical shank. *Solid carbide construction VHM *TiSiN coating for improved wear resistance *45° helix for efficient chip evacuation *Cylindrical shank to DIN 6535 HA Faster cycles and reliable material handling for mixed production The solid carbide body and TiSiN surface treatment combine to deliver improved resistance to abrasion and thermal wear, making the cutter well suited to high‑speed cutting (HSC) operations. The tool’s 45° helix promotes smooth chip flow and reduces chatter in interrupted cuts, which translates into shorter cycle times and a cleaner surface finish when machining steel and non‑ferrous metals. For purchasers seeking predictable tool life and consistent part quality, this configuration reduces rework and increases throughput on small to medium batch runs. Precision mounting and rigidity that support repeatable results A cylindrical shank to DIN 6535 HA with h6 shank tolerance ensures secure clamping and concentricity in standard toolholders, reducing runout and vibration. The three‑flute geometry balances cutting edge strength and chip space, enabling tighter tolerances on profile and pocket milling. Where toolholder runout or fixture repeatability are critical, the combination of tight shank tolerances and a short overall length results in measurable gains in dimensional conformity and surface consistency across batches. Adaptable application range with clear material guidance Designed as a universal solution for workshops, the cutter shows very good suitability for steel and non‑ferrous metals, with conditional performance on stainless steels, cast iron and special alloys. The short flute length and three‑cutting‑edge design make it especially effective for small feature milling and finishing passes. For less familiar materials, the tool’s TiSiN finish helps maintain edge integrity at elevated cutting speeds, while the robust carbide substrate supports repeated regrinds where applicable. Practical advantages for procurement and shopfloor integration Compact dimensions and an extra‑short style reduce setup complexity and allow closer approach to fixtures and jaws, which is beneficial in tight fixtures or multi‑axis nests. The right‑hand cutting orientation and HSC capability support modern machining strategies aimed at maximising spindle utilisation. For purchasing teams, the standardised shank and DIN conformity simplify inventory management and tool holder compatibility across machines and departments. For procurement and technical consultation on the TECWERK mini solid carbide end mill Type N 1.5 mm, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 to arrange supply and application support Technical data Article number: 2000806201NW Designation: Mini solid carbide end mill Type N SKU/UID: 2000806201NW Packing unit: 10 Core data Diameter: 1.5 mm Helix angle: 45° Flutes: 3 Shank tolerance: h6 Cutting direction: right‑hand Special features Material: solid carbide (VHM) Coating: TiSiN Shank: cylindrical shank to DIN 6535 HA Tool standard reference: DIN 6527 K / Type N Style: extra short, three‑cutting‑edge (dreischneider) Suitable for HSC machining Material suitability: steel (very good), non‑ferrous metals (very good), hard materials (conditionally), stainless steel (conditionally), cast iron (conditionally), special alloys (conditionally) Application: universal (UNI) FAQ What materials is this mini end mill best suited for? The TECWERK mini solid carbide end mill Type N 1.5 mm is very well suited to steel and non‑ferrous metals, with conditional suitability for stainless steel, cast iron and special alloys. How does the TiSiN coating benefit the cutter? The TiSiN coating on the TECWERK cutter increases wear resistance and thermal stability, helping to prolong tool life during high‑speed finishing operations. Is the shank compatible with standard toolholders? Yes, the cutter features a cylindrical shank to DIN 6535 HA with an h6 tolerance for secure mounting in common collets and toolholders. Can this tool be used for high‑speed machining (HSC)? The geometry and coating make the tool suitable for HSC applications, particularly for finishing and light roughing where high spindle speeds and reduced engagement are used. What packaging quantity is supplied? The item is supplied in a packing unit of 10 pieces. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of a durable HSS‑Co5 cutting grade and a rigid short design to keep machining cycles steady and predictable; the centre‑cut geometry and Weldon shank ensure secure clamping and reliable plunge capability. Order the tool via Metav Werkzeuge or request advice from our consultants for precise application support. End mill DIN 844 Type HR – Ø 10 mm, HSS‑Co5, TiCN, Weldon (TECWERK) A TECWERK end mill DIN 844 Type HR designed for short, four‑flute milling and plunge operations in steel and cast materials, suited for demanding workshop and industrial applications HSS‑Co5 for elevated red hardness Short DIN 844 Type HR four‑flute design TiCN coating option for increased wear resistance Weldon shank with drive flat for secure clamping Higher productivity through a cobalt‑alloy core The combination of HSS‑Co5 and the short, rigid geometry directly benefits machining efficiency: HSS‑Co5 is a cobalt‑alloy high‑speed steel with improved hot hardness, which prolongs tool life under higher cutting temperatures and maintains edge stability when machining steels. Specified performance limits indicate effective operation up to 800 N/mm² with an uncoated tool and potentially up to 1,200 N/mm² when a coating is applied. This translates into fewer tool changes, reduced downtime and a more consistent production flow for batch and single‑piece milling. Secure clamping and plunge capability for versatile machining The tool features a Weldon shank with a drive flat and a cylindrical shank with a drive face, providing a positive, torsion‑resistant connection in collets and tool holders; this improves repeatability and surface finish in interrupted cuts. The centre‑cut geometry enables controlled plunge cutting, while the four‑flute short profile and cutting length 30 mm give high rigidity and low deflection in slotting and peripheral milling. The 45° protective chamfer supports edge robustness during entry, making the tool suitable for general‑purpose shop tasks where reliability matters. Cleaner chips and stable finishes for reduced rework A relief‑ground fine helical profile supports predictable chip formation and evacuation, helping to avoid built‑up edge and to maintain a consistent surface finish in serial production. Where increased wear resistance is required, the TiCN option provides improved hardness and reduced friction, which can enable higher cutting parameters and longer tool life on coated applications. The geometry and finishing characteristics make the cutter well suited to cast iron and steels, while usage on non‑ferrous metals and special alloys is possible with adapted cutting data. Practical workshop advantages and compatibility Built to DIN specification and with a compact short design, the cutter is easy to replace and standardise across toolrooms; the right‑hand cutting orientation and standardised shank form simplify tool management and inventory. The tool is designated for general milling of materials up to the specified strength classes and is particularly effective when rigidity and repeatability are required. Where higher performance is necessary, selecting the coated variant supports more demanding machining windows and extends service intervals. For tailored application advice or to secure reliable supply of TECWERK end mills from Metav Werkzeuge, contact our specialists at info@metav-werkzeuge.com or call +49 2822 7131930 to discuss the right configuration for a production‑proven solution. Technical Data Article number: 2000866510NW SKU: 2000866510NW Packaging unit: 1 Facts Diameter: Ø 10 mm Cutting length / Einsatz‑L: 30 mm Flutes: 4 Special features Material: HSS‑Co5 Standard: DIN 844 Type HR Geometry: short, four‑flute, centre‑cut Coating: TiCN (option) Shank: Weldon shank with drive flat Entry chamfer: 45° protective chamfer Cutting direction: right‑hand cutting Profile: relief‑ground fine helical profile Application suitability: very good for steel and cast iron; conditional for non‑ferrous metals, special alloys and stainless steel FAQ Is this cutter suitable for plunge cutting? The centre‑cut design of the end mill allows plunge operations; the TECWERK end mill DIN 844 Type HR is specified for controlled plunging thanks to its centre‑cut geometry and robust short design. Which materials can be machined with this tool? The cutter is very well suited to steel and cast iron; the data notes conditional suitability for non‑ferrous metals, special alloys and stainless steel, with the coated variant extending capability to higher material strengths. What does the TiCN coating provide? The TiCN coating increases surface hardness and reduces adhesion, which improves wear resistance and can enable machining at elevated parameters compared with the uncoated variant. How does the Weldon shank benefit clamping? A Weldon shank with a drive flat provides a secure, torsion‑resistant interface in tool holders and chucks, improving repeatability and reducing the risk of slippage during interrupted cuts. Is the tool compatible with DIN standards for easy replacement? Yes, the cutter conforms to DIN 844 Type HR, which facilitates standardisation and straightforward replacement within established tool inventories. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of a compact, high‑performance solution that combines HSS‑Co5 material strength, a Weldon shank for secure torque transfer and a centre‑cutting geometry for plunge operations; order directly through Metav Werkzeuge or ask the consultants for machining recommendations. End mill DIN 844 Type NR, 10 mm, HSS‑Co5, Weldon shank (TECWERK) The End mill DIN 844 Type NR (10 mm, HSS‑Co5) is a short multi‑flute cutter with centre‑cutting geometry designed for reliable milling of cast iron and medium‑strength steels in industrial and workshop environments Short HSS‑Co5 multi‑flute geometry Weldon shank with drive flat Centre cutting for plunge milling Suitable for cast iron and medium‑strength steel Efficient material removal in medium‑strength components The short, multi‑cutting‑edge geometry made from HSS‑Co5 delivers a balanced combination of toughness and wear resistance that supports steady feed rates in demanding tasks. The design follows DIN 844 specifications and is optimised for reliable chip evacuation in short‑reach operations, which reduces cycle times while maintaining surface quality. This makes the cutter well suited for repetitive workshop production where predictable performance and tool life are required. The high cobalt content improves hot hardness, helping retain cutting edges under elevated temperatures. Safe axial plunging and protected cutter profile Thanks to the centre cutting capability, axial plunging and slotting can be executed without pre‑drilling, increasing setup flexibility. The tool features a 45° protective chamfer that shields the entry edges during engagement, lowering the risk of premature chipping. A relieved profile behind the cutting edges reduces friction against the workpiece and prevents rubbing when working in confined pockets, which helps preserve both component tolerances and the cutter geometry over repeated cycles. Secure clamping and torque transmission for repeatable results The Weldon shank with a drive flat provides a robust contact surface for secure clamping in holders and toolposts, preventing slippage during interrupted cuts or heavy radial loads. The cutter’s right‑hand cut and multi‑flute layout distribute cutting forces evenly, enabling consistent surface finishes and predictable tool wear. For users transitioning from general‑purpose tooling, this configuration offers improved repeatability and confidence in production runs where consistent quality matters. Clear application profile and workshop recommendations The tool is rated for machining materials of low to medium tensile strength: with an uncoated cutter the practical limit is around 800 N/mm², while a coated variant extends suitability to approximately 1000 N/mm². Performance is described as very good on steel and cast iron, and conditionally suitable for non‑ferrous metals. The short cutting length suits rigid setups and reduces deflection; it is therefore recommended to use rigid fixturing and appropriate coolant or air clearing to prolong service life and maintain dimensional accuracy. Contact Metav Werkzeuge in Emmerich for application advice and to secure this TECWERK end mill with HSS‑Co5; e‑mail info@metav-werkzeuge.com or call +49 2822 7131930 to discuss suitability and delivery. Technical data Article number: 2000866424NW Product name: End mill DIN 844 Type NR, D 10 mm, cutting length 30 mm Brand: TECWERK Packaging unit: 1 Facts Diameter: 10 mm Cutting length: 30 mm Material: HSS‑Co5 Special features DIN 844, Type NR Multi‑flute, short design 45° protective chamfer Centre cutting, right‑hand cut Weldon shank with drive flat Suitability: steel (very good), cast iron (very good), non‑ferrous metals (conditional) FAQ Is this cutter suitable for plunge milling? The cutter offers centre cutting geometry, so plunge milling is possible; the short, robust design supports axial entry without prior drilling. Which materials perform best with this tool? The TECWERK end mill performs very well on steel and cast iron and is conditionally suitable for non‑ferrous metals; uncoated tools are rated to about 800 N/mm² and coated versions up to roughly 1000 N/mm². How should the tool be clamped for safe operation? Use a secure holder that engages the Weldon shank drive flat to prevent slippage under radial loads and during interrupted cuts. Can the tool be used for finishing operations? Yes; the multi‑flute layout and balanced geometry support good surface quality in finishing passes when used with appropriate feeds and rigid setup. What is the significance of HSS‑Co5 in this cutter? The HSS‑Co5 material combines high‑speed steel with about 5% cobalt, improving hot hardness and wear resistance for sustained performance in tougher milling applications. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of HSS‑Co8 resilience, TiCN wear protection and a secure Weldon shank for stable, high‑quality milling results; order directly via Metav Werkzeuge or consult the technical advisors for application‑specific guidance. TECWERK D844 Type N end mill — HSS‑Co8, TiCN, Weldon shank, 4‑flute, long The D844 Type N end mill, 10 mm diameter with 53 mm cutting length, is a long, centre‑cutting solid carbide‑style HSS tool designed for versatile milling of steel, stainless steel and cast iron in industrial and workshop environments. HSS‑Co8 high-speed steel for long tool life TiCN coating for increased wear resistance Weldon shank with driving flat for secure clamping Centre-cutting, 4 flutes for axial plunge milling Consistent cutting performance for medium‑strength materials The D844 Type N end mill is manufactured from HSS‑Co8, a cobalt‑enriched high‑speed steel that maintains hardness at elevated temperatures and resists wear in continuous milling. The TiCN surface treatment further increases abrasion resistance and edge stability, extending tool life under higher cutting loads. Rated for work up to approximately 800 N/mm² with an uncoated tool and up to 1200 N/mm² when coated, the cutter is especially well suited to common engineering steels, stainless steel and cast materials. This combination of substrate and coating delivers predictable tool performance and reduces the frequency of regrinds, which supports a continuous production flow. Designed for stability, chip control and plunge capability A 4‑flute geometry balances material removal and surface finish: additional cutting edges increase metal removal rate while maintaining rigidity in the long variant. The tool is centre‑cutting, enabling controlled axial plunging for operations that require pocketing or plunge features, and the right‑hand cutting profile ensures conventional milling compatibility. The cylindrical shank with Weldon driving flat secures the cutter in tool holders and reduces slippage during heavy cuts, improving process reliability and repeatability on CNC machines and milling centres. Conformance to DIN 844 standards provides a familiar reference for tool selection and replacement. Practical supply and dependable service from a precision partner Procured through Metav, this end mill benefits from the distributor’s pragmatic approach to precision: a broad range of tooling, transparent logistics and industry expertise from Emmerich. Metav’s established presence in the market, a comprehensive product range and experience with industrial workflows support predictable delivery and application guidance. For businesses looking to simplify procurement while retaining high accuracy, the combination of a technically robust cutter and a reliable supply chain reduces downtime and streamlines workshop routines. For purchase enquiries or to discuss the best machining strategy for specific materials with Metav Werkzeuge, contact the Metav team in Emmerich by email or phone for tailored recommendations and assured supply. Technical data Article number: 2000866402NW Product name: D844 Type N end mill, 10 mm dia, 53 mm cutting length Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 10 mm Cutting length: 53 mm Number of flutes: 4 Material grade: HSS‑Co8 Coating: TiCN Standard: DIN 844 Shank type: Weldon flat Special features Centre‑cutting for axial plunging Long version for deeper pockets Right‑hand cutting direction Cylindrical shank with driving flat Very good for steel, stainless steel and cast iron Conditionally suitable for non‑ferrous metals and special alloys Suitable up to ~800 N/mm² uncoated, ~1200 N/mm² coated FAQ Is this cutter suitable for plunge milling? Yes. The cutter is centre‑cutting, so the D844 Type N end mill supports controlled axial plunging and pocketing operations. Which materials are best machined with this tool? The D844 Type N, produced in HSS‑Co8 and with TiCN coating, is very well suited to steel, stainless steel and cast iron; it is conditionally suitable for certain non‑ferrous metals and special alloys. What does the Weldon shank provide? The Weldon driving flat secures the tool in the holder, reducing slippage during higher radial or axial loads and improving repeatability on CNC machines. How does the TiCN coating affect performance? TiCN increases surface hardness and wear resistance; on the D844 Type N this raises allowable application strength and extends edge life compared with an uncoated tool. Is the tool compliant with an industry standard? Yes. The design follows DIN 844 specifications for this type of cutter geometry. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Schaftfräser DIN 844 Typ N D.10mm HSS-Co PM ALCRONA Weldon Z.4 lang TECWERK Der Schaftfräser »Schaftfräser DIN 844 Typ N D.10mm HSS-Co PM ALCRONA Weldon Z.4 lang TECWERK« ist ein hochleistungsfähiges Zerspanungswerkzeug für präzise Fräsoperationen in Serienfertigung und Einzelteilbearbeitung HSS-Co PM für hohe Zähigkeit ALCRONA-Beschichtung für längere Standzeit Zylinderschaft mit Mitnahmefläche für stabile Spannung Vibrationsreduzierte Vierschneider-Geometrie Geeignet für Stahl und INOX bei bis ca. 1000 N/mm² Präzision und Standzeit für anspruchsvolle Fertigung Der Schaftfräser aus der Kategorie Zerspanungstechnik bietet durch HSS-Co PM eine Kombination aus Zähigkeit und Warmfestigkeit, die speziell für dynamische Fräsbedingungen entwickelt wurde. Die ALCRONA-Beschichtung vermindert Kaltaufbau und Reibung an der Schneide, wodurch die Lebensdauer des Werkzeugs spürbar steigt. Anwender profitieren von gleichbleibender Schnittqualität über längere Standzeiten, was Rüstzeiten reduziert und Maschinenauslastung erhöht. Dieses Werkzeug ist damit eine wirtschaftliche Wahl für Fertigungen mit mittleren bis hohen Stückzahlen. Geometrie, Spanmanagement und Prozessstabilität Die Vierschneider-Geometrie mit Zentrumschnitt und konischem Spannutengrund sorgt für kontrolliertes Spanverhalten und verbesserte Werkzeugsteifigkeit. Durch die ungleich geteilten Schneiden wird eine messbare Vibrationsreduktion erreicht, die Oberflächenqualität verbessert und Werkzeugbruchrisiken senkt. Die rechtsschneidende Ausführung in Kombination mit dem Weldon-Schaft ermöglicht sichere Kraftübertragung bei hohen Schnittdrehmomenten und reduziert Spanunterbrechungen in empfindlichen Bearbeitungszyklen. Materialvielfalt: Einsatzbereiche und Werkstoffkompetenz Das Werkzeug ist speziell ausgelegt für die Bearbeitung von Stahl und INOX, wobei es Werkstoffe bis etwa 1000 N/mm² zuverlässig fräst. Für NE‑Metalle und Sonderlegierungen ist der Einsatz bedingt geeignet; Gusseisen lässt sich sehr gut bearbeiten. Die Materialanwendung macht den Fräser zur flexiblen Lösung in Werkstätten und Fertigungsbetrieben, die wechselnde Werkstoffanforderungen bewältigen müssen. Eine kurze Erläuterung: HSS-Co PM steht für pulvermetallurgisch gefertigter Schnellarbeitsstahl mit Kobaltanteil, der die Warmhärte erhöht. Einsatzempfehlung und Nutzerkreis Dieses Werkzeug richtet sich an Anwender in der CNC-Bearbeitung, in Lohnfertigungen und im Maschinenbau, die Wert auf reproduzierbare Ergebnisse und geringe Stillstandszeiten legen. Der Zylinderschaft mit Mitnahmefläche erleichtert das präzise Spannen in Weldon-Aufnahmen und reduziert Werkzeugspiel. Durch die lange Ausführung eignet sich der Fräser für tiefere Nuten und konturierte Bauteile, ohne die Steifigkeit übermäßig zu kompromittieren. Für optimale Ergebnisse empfiehlt sich die Anpassung von Schnittwerten an Werkstoff und Maschine. Empfehlung: Das TECWERK Werkzeug in Verbindung mit dem Service von Metav Werkzeuge wählen, um Präzision und Versorgungssicherheit für die Fertigung zu sichern — bei Fragen Kontakt über info@metav-werkzeuge.com oder Telefon +49 2822 7131930 Produktmerkmale Artikelnummer: 2000866045NW Marke: TECWERK Bezeichnung: Schaftfräser DIN 844 Typ N D.10mm HSS-Co PM ALCRONA Weldon Z.4 lang Verpackungseinheit: 1 Daten Durchmesser: 10 mm Zähneanzahl: 4 Einsatzhärte Werkstoffe: bis ca. 1000 N/mm² Besonderheiten HSS-Co PM: pulvermetallurgischer Schnellarbeitsstahl mit Kobalt ALCRONA-beschichtet: reduzierte Reibung, höhere Standzeit DIN 844 Typ N Vierschneider lang Zentrumschnitt Zylinderschaft mit Mitnahmefläche rechtsschneidend Weldon-Schaft Vibrationsreduktion durch ungleich geteilte Schneiden konischer Spannutengrund für verbesserte Steifigkeit Werkstoffeignung Stahl: sehr gut geeignet Werkstoffeignung INOX: sehr gut geeignet Werkstoffeignung NE‑Metalle: bedingt geeignet Werkstoffeignung Sonderlegierungen: bedingt geeignet Werkstoffeignung Guss: sehr gut geeignet FAQ Wie unterscheidet sich der Schaftfräser von herkömmlichen HSS-Fräsern? Der Schaftfräser von TECWERK kombiniert HSS-Co PM mit einer ALCRONA-Beschichtung, wodurch er im Vergleich zu unlegierten HSS-Fräsern höhere Standzeiten und bessere Warmfestigkeit bietet, was besonders bei Serienbearbeitungen spürbar wird. Für welche Werkstoffe ist dieses Werkzeug am besten geeignet? Das TECWERK Werkzeug eignet sich sehr gut für Stahl und INOX bis etwa 1000 N/mm²; für Guss ist die Eignung ebenfalls sehr gut, während NE‑Metalle und Sonderlegierungen bedingt bearbeitet werden können. Kann der Schaftfräser in Weldon-Aufnahmen verwendet werden? Ja, der Fräser verfügt über einen Weldon-Schaft und eine Mitnahmefläche, die eine sichere Kraftübertragung und präzises Spannen in Weldon-Aufnahmen ermöglicht. Welche Vorteile bringt die ungleich geteilte Schneidengeometrie? Die ungleich geteilte Schneidengeometrie reduziert Vibrationen, verbessert die Oberflächenqualität und verringert das Risiko von Werkzeugbruch, was die Prozessstabilität erhöht. Ist eine Nachbearbeitung der Oberfläche erforderlich? In den meisten Fällen führt die stabile Geometrie zu Oberflächen, die minimalen Nachbearbeitungsaufwand erfordern; abhängig von Schnittwerten und Werkstoff kann eine leichte Finish-Operation sinnvoll sein. Hersteller: NORDWEST Handel AG; Robert-Schuman-Straße 17; 44263 Dortmund

Take advantage of the combination of solid carbide construction, a multilayer TiAlN coating and a 45° helix for stable, high‑quality machining; the tool is designed for both roughing and finishing and integrates easily into standard toolholders—order directly via Metav Werkzeuge or ask the consultants for advice. TECWERK solid carbide end mill DIN 6527L NF‑UNI, 10 mm, TiAlN, 45° helix A TECWERK solid carbide end mill DIN 6527L NF‑UNI 10 mm for universal roughing and finishing, optimised for steel and stainless steel applications and supplied with a cylindrical shank to DIN 6535 HB Solid carbide body with multilayer TiAlN coating 45° helix and chip splitter for stable cutting Four flutes for efficient material removal Cylindrical shank to DIN 6535 HB for secure clamping Consistent stability for mixed roughing and finishing The combination of a four‑flute geometry with an optimised cutting edge layout and an integrated chip splitter yields high mechanical stability and reduced vibration during both roughing and finishing passes. Unequal pitch across the flutes breaks up harmonic frequencies and minimises chatter, which improves tool life and helps achieve a superior surface finish without additional process steps. This design supports a predictable cutting behaviour when machining demanding components and contributes to a reliable production rhythm on the shop floor. Coating technology that extends tool life under heat The multilayer TiAlN coating provides robust wear resistance and good temperature stability during elevated cutting conditions. By forming a thermally stable surface layer, the coating reduces adhesive wear and helps maintain cutting geometry under sustained load. In practice, this means fewer tool changes, consistent part quality over longer tool life and improved process economy when tackling tougher steels or higher cutting temperatures. The protective layer also complements the carbide substrate to preserve sharpness on fine finishing passes. Material suitability and practical application notes Material compatibility is well defined: steel and stainless steel are rated as very well suited for this tool, while non‑ferrous metals, special alloys and cast iron are conditionally suitable depending on machining parameters. For mixed batches, select cutting parameters that favour chip evacuation and avoid extended dwell at the same axial position. The 45° helix promotes efficient chip flow and balanced axial forces, supporting consistent removal rates on long cuts. For less familiar materials, trial cuts at conservative feeds will help determine the optimal combination of speed and feed. Shop integration and clamping for repeatable accuracy Supplied in a long version with a cylindrical shank to DIN 6535 HB, the tool integrates directly with standard collet chucks and shrink fit systems that accept HB shanks, enabling secure clamping and repeatable concentricity. The nominal diameter and DIN 6527L designation communicate mounting and length characteristics clearly for tool management systems. Where toolholders support it, the long‑reach geometry allows access to recessed features without compromising run‑out performance, provided correct clamping and tool projection limits are observed. For confident machining with TECWERK's TiAlN‑coated solid carbide tools, contact Metav Werkzeuge for tailored advice and reliable supply from Emmerich: info@metav-werkzeuge.com / +49 2822 7131930 Technical data Article number: 2000866689NW Manufacturer: TECWERK SKU: 2000866689NW Numerical data Diameter: 10 mm Flutes: 4 Helix angle: 45° Packaging unit: 1 Materials & features Solid carbide (VHM) Multilayer TiAlN coating DIN 6527 L long version Type NF‑UNI, four‑edged cutter Cylindrical shank to DIN 6535 HB Chip splitter and unequal pitch Very well suited: steel Very well suited: stainless steel Conditionally suitable: non‑ferrous metals Conditionally suitable: special alloys Conditionally suitable: cast iron FAQ What materials is this TECWERK solid carbide end mill best suited for? The TECWERK solid carbide end mill DIN 6527L NF‑UNI 10 mm (SKU 2000866689NW) is rated very well for steel and stainless steel, with conditional suitability for non‑ferrous metals, special alloys and cast iron depending on cutting parameters. What advantages does the TiAlN coating provide for this end mill? The multilayer TiAlN coating on the TECWERK tool improves wear resistance and thermal stability, which helps maintain cutting edge geometry and extends tool life during high‑temperature or high‑load operations. How does the 45° helix and unequal pitch affect machining performance? A 45° helix combined with unequal pitch promotes smooth chip evacuation, balanced axial forces and reduced chatter, resulting in a more consistent surface finish and improved stability on long or interrupted cuts with this TECWERK end mill. Is the shank compatible with standard toolholders? Yes, the tool features a cylindrical shank to DIN 6535 HB, which is compatible with common collet chucks and holders designed for HB shanks, ensuring secure clamping and accurate run‑out for repeatable machining. Can this cutter be used for both roughing and finishing operations? Yes, the design and cutting geometry of the TECWERK solid carbide end mill support both roughing and finishing, providing high removal rates and the potential for excellent surface quality when appropriate parameters are applied. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from the combination of VHM solid carbide, TiAlN coating and a short shank for efficient high‑performance cutting and long tool life; order the cutter directly via Metav Werkzeuge or consult our specialists for application advice. End mill DIN 6527 K Type N – VHM, D 10 mm, TiAlN-coated (TECWERK) An End mill DIN 6527 K Type N engineered for high‑performance cutting in steel, cast materials and non‑ferrous metals, optimised for both roughing and finishing operations VHM solid carbide, fine grain TiAlN coating for elevated temperatures 4‑flute design with centre‑cut Short shank with DIN 6535 HB compliance Uneven pitch for reduced vibration Maximise cutting speeds and tool life with durable carbide and coating The combination of VHM (solid carbide) and a TiAlN coating enables sustained performance at elevated temperatures common in HPC routines. The fine‑grain carbide substrate gives a consistent hardness and wear resistance, while the titanium aluminium nitride layer reduces friction and offers thermal protection. As a result, the tool maintains cutting geometry for longer periods, which translates into fewer tool changes and improved overall productivity in serial production. Stable geometry for chatter‑free roughing and consistent surface finish A four‑flute configuration with uneven pitch and a centre‑cut delivers a balance between material removal rate and stability. The uneven pitch breaks up harmonic frequencies, reducing chatter in demanding operations; the neck relief grinding and short design further enhance rigidity. Combined with the DIN 6535 HB cylindrical shank and h6 tolerance, the tool offers secure clamping and predictable concentricity, producing repeatable surface quality in both roughing and finishing passes. Broad material suitability and economical process integration Designed for universal application, the cutter is suitable for steel, stainless alloys, cast irons, non‑ferrous metals and alloys, and abrasive materials including aluminium with silicon content. The centre‑cut geometry allows plunge capability, while the 45° chamfer and 0.2 mm protection chamfer protect edges under interrupted cuts. For workshops seeking a single‑tool strategy, this tool reduces set‑ups and keeps cycle times tight without sacrificing component accuracy. Contact Metav Werkzeuge to discuss how the TECWERK VHM end mill can streamline production and increase process reliability; our consultants in Emmerich are ready by email or phone to provide machining recommendations Technical data Article number: 2000866486NW SKU / UID: 2000866486NW Manufacturer: TECWERK Packaging unit: 1 Data Diameter: 10 mm Cutting length: 24 mm Number of flutes: 4 Chamfer angle: 45° Chamfer size: 0.2 mm Special features Solid carbide (VHM), fine grain TiAlN coating DIN 6527 K, Type N Centre‑cut geometry Uneven pitch for vibration reduction Short version with cylindrical shank to DIN 6535 HB, tolerance h6 Right‑hand cutting, neck relief grinding Suitable for steel, cast iron, stainless steel, non‑ferrous metals, special alloys and abrasive materials Optimised for HPC (high‑performance cutting) FAQ What materials is this end mill suitable for? The TECWERK end mill is designed for a wide range of materials, including steel, cast iron, stainless steels, non‑ferrous metals and special alloys, and it performs well even on abrasive aluminium alloys. Can this cutter be used for both roughing and finishing? Yes, the tool’s geometry and TiAlN coating make it suitable for both roughing and finishing operations; the four‑flute design and centre‑cut support efficient material removal and acceptable surface quality. What is the significance of the uneven pitch? Uneven pitch reduces harmonic resonance during milling; this leads to quieter running and fewer vibrations, which improves process stability and surface finish when using the cutter. How does the TiAlN coating benefit machining performance? The TiAlN layer increases thermal resistance and reduces friction at the cutting edge, extending tool life and allowing higher cutting speeds in high‑performance cutting scenarios. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of solid carbide construction, TiAlN wear resistance and a 45° helix for consistently high productivity and long tool life; order directly via Metav Werkzeuge or consult the technical team for integration advice. Schaftfräser DIN 6527L Typ HR D.10mm Einsatz-L.-mm VHM TiAlN HB Z.4 lang TECWERK — Solid carbide long end mill with TiAlN coating and 4 flutes The Schaftfräser DIN 6527L Typ HR D.10mm Einsatz-L.-mm VHM TiAlN HB Z.4 lang TECWERK is a long solid carbide end mill designed for universal milling tasks, especially suited to stainless and alloyed steels in demanding production environments. Solid carbide (VHM) with TiAlN coating 45° helix angle for smooth chip evacuation Four flutes with centre-cut for plunge milling Cylindrical shank to DIN 6535 HB, long version High-performance wear resistance for extended tool life The combination of solid carbide (VHM) and a TiAlN coating provides elevated hardness and thermal stability, which reduces flank wear under elevated cutting temperatures. This translates into fewer tool changes and more consistent component quality, improving production throughput. With a robust coating and the geometry tuned for harder materials, the cutter is particularly effective when repeatability and predictable tool life are priorities in serial machining operations. Geometry engineered for efficient chip control and surface quality A 45° helix angle and four-flute design create a balance between metal removal rate and surface finish; the steeper helix promotes smooth chip evacuation and lower cutting forces, while multiple cutting edges maintain feed rates and improve dimensional stability. The integrated centre-cut allows plunge operations, and the long shank to DIN 6535 HB aids access to recessed features. These features together support reliable finishing and semi-finishing passes on complex workpieces. Application range and material suitability explained This long end mill is classified for universal application, with very good suitability for steel and recommended use in stainless and alloyed steels. Suitability for non-ferrous metals, special alloys, INOX and cast iron is conditional, meaning performance will depend on cutting parameters and machine rigidity. "Conditionally suitable" indicates the tool can be used in these materials with adapted feeds, speeds and appropriate coolant, but expectations for tool life should be adjusted accordingly. Practical integration and handling for predictable production The tool’s cylindrical shank complies with DIN 6535 HB, ensuring secure clamping in standard holders and minimising runout when properly mounted. The right-hand cutting orientation and Type HR geometry support versatile milling strategies across milling centres and machining centres. For best results, check clamping precision and machine rigidity, use appropriate cutting parameters for the material class, and monitor wear to plan replacements in line with production tolerances—this approach keeps downtime low and part quality high. For hands-on technical advice on integrating the TECWERK solid carbide long end mill into existing workflows, contact Metav Werkzeuge for tailored recommendations—info@metav-werkzeuge.com or +49 2822 7131930 Technical Data Article number: 2000866625NW SKU: 2000866625NW Label: Schaftfräser DIN 6527L Typ HR D.10mm Einsatz-L.-mm VHM TiAlN HB Z.4 lang TECWERK Manufacturer: TECWERK Packaging unit: 1 Core specifications Diameter: 10 mm Cutting edges: 4 Helix angle: 45° Cutting direction: right-hand cutting Shank: cylindrical shank to DIN 6535 HB Special features Material: solid carbide (VHM) Coating: TiAlN Standard: DIN 6527 L Type: HR, multi-flute, long version Centre-cut enabling plunge milling Recommended: preferred for stainless and alloyed steels; conditional suitability for NE-metals, special alloys, INOX and cast iron FAQ What materials is this end mill best suited for? The Schaftfräser DIN 6527L Typ HR from TECWERK is very well suited for steel and is recommended for stainless and alloyed steels; use in non-ferrous metals, special alloys, INOX and cast iron is conditional and requires adapted cutting parameters. Does the tool allow plunge milling? Yes, the cutter features a centre-cut geometry; the TECWERK long solid carbide end mill supports plunge operations as well as conventional side milling. What shank standard does the cutter use and will it fit common holders? The tool uses a cylindrical shank to DIN 6535 HB, ensuring compatibility with standard collets and holders when clamped with correct runout tolerances. How does the TiAlN coating influence cutting performance? The TiAlN coating increases thermal resistance and surface hardness, extending tool life under elevated temperatures typical when machining stainless and alloyed steels with the TECWERK end mill (SKU 2000866625NW). Is the 45° helix angle beneficial for finishing? A 45° helix angle improves chip evacuation and reduces cutting forces, contributing to better surface finishes and consistent dimensional accuracy during finishing and semi-finishing passes. Manufacturer / Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund

Combine solid carbide construction with a TiAlN coating and a specialised roughing profile for efficient, vibration‑reduced material removal; order via Metav Werkzeuge or consult the technical advisers for workshop‑ready delivery. End mill DIN 6527L Type NR‑UNI Ø10 mm, VHM TiAlN – Long 4‑flute end mill (TECWERK) The End mill DIN 6527L Type NR‑UNI Ø10 mm is a long solid‑carbide, four‑flute cutter designed for heavy roughing and general‑purpose machining of steels, non‑ferrous metals and cast components. Solid carbide with TiAlN coating Long 4‑flute design, 45° helix Special roughing profile for low vibration Very good for steel, non‑ferrous metals and castings Faster material removal with stable chip control The combination of solid carbide (VHM) and a TiAlN surface layer delivers increased hardness at elevated temperatures and greater resistance to adhesive wear, which directly prolongs tool life during demanding roughing cycles. The cutter’s special roughing profile and positive rake angle enable aggressive cutting parameters while reducing chatter; this translates into shorter cycle times and more consistent batch throughput. For production environments seeking predictable output, the geometry supports a balance between aggressive metal removal and controlled chip formation. Broad material suitability for mixed production runs Designed as a universal fine‑grain grade, the cutter shows very good suitability for steel, non‑ferrous metals and castings, with conditional performance on stainless steels and certain high‑strength alloys. The 45° helix angle and four cutting edges support efficient chip evacuation across these materials, helping to avoid clogging during interrupted cuts or profiled surfaces. Where alloy sensitivity is a concern, operators benefit from the TiAlN coating’s thermal stability, which reduces the tendency for built‑up edge and preserves cutting geometry under variable loads. Repeatable clamping and machine compatibility A cylindrical shank manufactured to DIN 6535 HB and a shank tolerance of h6 ensure precise seating in collets and tool holders, reducing run‑out and improving surface consistency across batches. The tool’s neck relief and a protective 45° chamfer at the cutting end improve accessibility in deep slots while reducing the risk of accidental edge damage during handling. The right‑hand cutting orientation and standardised shank make the cutter straightforward to integrate into existing milling setups without special adaptors. Practical machining guidance for reliable batch production For stable operation, pairing the cutter’s geometry with firm workholding and optimised coolant application produces the best results; the roughing profile is particularly effective for interrupted cuts and rough passes where vibration control is critical. Adjustments to axial depth of cut and radial engagement should reflect workpiece material and machine rigidity rather than aiming for maximum depth in a single pass. The tool’s design supports process reliability and facilitates predictable regrinding cycles where applicable, helping workshops maintain steady production quality. For efficient roughing with TECWERK’s TiAlN‑coated solid‑carbide profile, contact Metav Werkzeuge for ordering and technical assistance at info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: 2000866117NW Product: End mill DIN 6527L Type NR‑UNI Ø10 mm, long, 4‑flute Manufacturer: TECWERK Packaging unit: 1 Core specifications Diameter: 10 mm Cutting length: 30 mm Flutes: 4 Helix angle: 45° Shank tolerance: h6 Materials & special features Solid carbide (VHM) · universal fine grain TiAlN coating 45° protective chamfer Cylindrical shank according to DIN 6535 HB Right‑hand cutting · positive rake angle Special roughing profile for low‑vibration machining Neck relief grind Very good for steel, non‑ferrous metals and castings Conditional suitability for stainless steel and special alloys FAQ Which materials is this cutter most suitable for? The End mill DIN 6527L Type NR‑UNI Ø10 mm (TECWERK, SKU 2000866117NW) is very well suited to steel, non‑ferrous metals and castings; performance on stainless steels and specialised alloys is conditional and depends on cutting parameters. What benefit does the TiAlN coating provide? The TiAlN coating on the TECWERK end mill increases surface hardness and thermal resistance, reducing adhesive wear and helping to maintain the cutting edge under elevated temperatures common in continuous roughing. How does the shank specification affect machine setup? The cylindrical shank to DIN 6535 HB with h6 tolerance ensures accurate seating in standard collets and holders; the result is reduced run‑out and improved repeatability when using the TECWERK long end mill in CNC setups. Is the geometry better for roughing or finishing? The cutter’s special roughing profile and positive rake are optimised for material removal and low‑vibration roughing passes, though a secondary finishing strategy with adjusted feeds and depth can achieve acceptable surface results. Can this cutter handle interrupted cuts and profiled surfaces? Yes, the roughing profile and neck relief of the TECWERK end mill support interrupted cuts and profiled features by improving chip control and reducing the risk of chatter during engagement. 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 a long four-flute design for efficient roughing and reliable finishing; order this end mill via Metav Werkzeuge or consult our specialists for the optimal specification and delivery. TECWERK End mill DIN 6527 L Ø10 mm, 30 mm cutting length – VHM TiAlN, 4-flute, long The TECWERK End mill DIN 6527 L is a long solid‑carbide, four‑flute cutter designed for high‑performance roughing and finishing across steels, castings and non‑ferrous materials in demanding industrial workshop environments. Solid carbide (VHM) fine grain construction TiAlN coating for high thermal resistance Suitable for steel, cast and non‑ferrous metals Long 4‑flute design for deep cutting passes High material removal rates with consistent accuracy The long four‑flute geometry, combined with a solid carbide (VHM) substrate and an optimised cutting profile, delivers reliable chip evacuation and sustained cutting performance. Designed for HPC (high‑performance cutting), the tool reduces cycle times while maintaining dimensional control, especially in interrupted or heavy cuts. The proven combination of geometry and coating leads to lower tool wear and consistent part quality. Coating and edge protection extend tool life A TiAlN coating provides excellent thermal stability at elevated cutting temperatures and enhances wear resistance on abrasive workpieces. The 0.2 mm 45° protection chamfer guards the tool entrance and improves edge robustness during engagement. The cutter’s centre‑cutting capability allows plunge operations and flexible toolpaths, enabling fewer tool changes and greater process efficiency. Versatile materials range and application benefits The cutter’s geometry and coating make it very well suited for a wide material spectrum: steel, cast iron, stainless steel, special alloys, non‑ferrous metals and aluminium with silicon content, as well as abrasive materials. Unequal pitch and a neck relief grind reduce vibrations for smoother surfaces and improved tool life, allowing a single tool to cover both roughing and finishing tasks in mixed‑material production. Precision shank and secure clamping for repeatable results The tool comes with a cylindrical shank to DIN 6535 HB and a shank tolerance h6, ensuring concentricity and stable clamping in machine tool holders. Right‑hand cutting and a four‑flute layout balance cutting forces for steady feeds and reduced spindle load. These features support repeatable quality in series production and help to simplify tool management on the shop floor. For specification advice or to secure the TECWERK solid‑carbide end mill for production use, contact Metav Werkzeuge in Emmerich by email at info@metav-werkzeuge.com or by phone on +49 2822 7131930 to confirm availability and delivery options. Technical data Article number: 2000866526NW Label: Schaftfräser DIN 6527L Typ N Ø10 mm, Einsatz‑L 30 mm Manufacturer: TECWERK Packaging unit: 1 Core data Diameter: Ø10 mm Cutting length: 30 mm Flutes: 4 (Vierschneider) Protection chamfer: 0.2 mm Shank tolerance: h6 Pack quantity: 1 Special features Solid carbide (VHM) · universal fine grain TiAlN coating DIN 6527 L · Type N / HPC Centre‑cutting (Zentrumschnitt) Cylindrical shank to DIN 6535 HB Unequal pitch for vibration reduction Right‑hand cutting Neck relief grind for low vibration Suited for roughing and finishing Very good suitability: steel, cast, INOX, non‑ferrous, special alloys, aluminium with Si, abrasive materials FAQ What materials can this end mill machine effectively? The TECWERK end mill (SKU 2000866526NW) is designed for a wide range of materials including steel, cast iron, stainless steel, non‑ferrous metals and aluminium with silicon content, offering very good suitability across these groups. Is the cutter suitable for both roughing and finishing operations? Yes, the cutter’s geometry and TiAlN coating make it suitable for roughing and finishing; the unequal pitch and neck relief grind reduce vibration to support high‑quality surface finishes. Can the tool be used for plunge cuts? The tool is centre‑cutting, which allows plunge operations in addition to peripheral milling, making it versatile for complex toolpaths. What features support long tool life under high loads? Long tool life is supported by the VHM solid‑carbide fine grain substrate, TiAlN coating for thermal resistance, and a 0.2 mm protection chamfer that protects the cutting edge during engagement. How is the shank specified for clamping accuracy? The shank conforms to DIN 6535 HB with a shank tolerance h6, ensuring concentric clamping and reliable repeatability in tool holders. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from the combination of solid carbide construction, TiAlN anti-adhesion coating and an unequal 38/40° helix for vibration‑reduced cutting and superior surface finish; order the solid carbide long end mill directly via Metav Werkzeuge or ask our consultants if needed. Solid carbide long end mill DIN 6527L Type W, 10 mm — TECWERK (3‑flute, 38/40° helix, TiAlN) A solid carbide long end mill DIN 6527L Type W 10 mm engineered for high‑efficiency roughing and finishing of aluminium, copper and other non‑ferrous metals in production and toolroom environments Solid carbide with TiAlN special coating 3 flutes, uneven 38/40° helix for low vibration Centre‑cutting for plunge and ramping DIN 6535 HB shank, long version High cutting efficiency with reduced vibration This long, multi‑flute cutter combines a solid carbide body with an unequal 38/40° helix and three cutting edges to reduce chatter and improve stability when machining softer, ductile materials. The uneven helix distribution spreads cutting forces over time, producing a more consistent engagement and a markedly better surface finish during both roughing and finishing passes. The result is a more predictable process window and higher effective material removal rates compared with standard geometries. Coating and geometry designed to prevent built‑up edge The specially applied TiAlN coating reduces adhesion and thermal loading on the cutting edges when machining aluminium and copper alloys, lowering the tendency for built‑up edge and frequent tool changes. Combined with the cutter’s centre‑cutting capability and right‑hand cutting geometry, the tool supports plunge operations and controlled ramping, enabling shorter cycle times and fewer process interruptions. That performance is especially valuable in batch production and CNC setups where uninterrupted runs matter. Built for integration and repeatability in workshops Conforming to DIN standards, the tool features a DIN 6527L long flute profile and a DIN 6535 HB cylindrical shank for reliable clamping in common toolholders. A 45° protective chamfer and a 0.2 mm protection face at the flute entry prolong tool life against accidental contact, while the neck relief grinding provides clearance for deeper pockets and stepped features. These design details simplify retrofitting into existing workflows and reduce setup variability across machines. Application range and cost‑effective tooling strategy Specifically tuned for non‑ferrous materials, the cutter excels when used for both schruppen (heavy stock removal) and schlichten (finish passes) on aluminium, copper and similar alloys, delivering a consistent surface quality with fewer passes. The combination of multi‑edge geometry and anti‑adhesive coating lowers the frequency of regrinds and replacements, improving overall tooling economy. For operations seeking a dependable, high‑performance end mill for NE‑metals, this long version achieves a strong balance of durability and surface integrity. Contact Metav Werkzeuge for tailored application advice or to request the TECWERK long end mill for non‑ferrous machining — Metav Werkzeuge is ready to support specification and delivery from Emmerich. Technical data Article number: 2000806567NW Label: Solid carbide long end mill DIN 6527L Type W, 10 mm Manufacturer: TECWERK Packaging unit: 1 UID: 2000806567NW Facts Diameter: 10 mm Helix angle: 38/40° Flutes: 3 Protection chamfer: 0.2 mm Shank standard: DIN 6535 HB Special features Solid carbide (VHM) TiAlN special coating preventing adhesion Centre‑cutting, right‑hand cutting Neck relief grinding, long version Suitable for aluminium, copper and non‑ferrous metals FAQ Can this cutter be used for plunge cutting and ramping? Yes. The tool is centre‑cutting, which allows controlled plunge operations and ramping in addition to conventional side cutting. Which materials are best suited to this cutter? The TECWERK long end mill is optimised for aluminium, copper and other non‑ferrous metals, delivering good results for both roughing and finishing passes. How does the uneven 38/40° helix affect machining? The unequal helix pitch reduces harmonic excitation and vibration, improving stability and surface finish during high‑feed machining of ductile materials. Does the coating prevent built‑up edge formation? The TiAlN special coating minimises adhesion and thermal buildup on the cutting edges, decreasing the likelihood of built‑up edge when working with sticky alloys. What mounting standard does the shank follow? The cutter has a DIN 6535 HB cylindrical shank for compatibility with standard collet chucks and holders in workshop environments. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Combine HSS‑Co5 toughness, a short four‑flute cutter geometry and a Weldon shank for consistently reliable milling of steel and cast iron; order the tool directly via Metav Werkzeuge or consult our specialists for application advice. TECWERK End Mill DIN 844 Type HR — 10 mm, 30 mm cutting length, HSS‑Co5, Weldon shank A TECWERK End Mill DIN 844 Type HR engineered for short‑run and general workshop milling in steel and cast iron, offering centre‑cutting capability for axial plunge and peripheral cutting. HSS‑Co5 high‑speed steel construction Four‑flute design for smooth material removal Weldon shank with drive flat for secure holding High performance for reliable throughput The short profile and four‑flute geometry deliver efficient chip evacuation and steady cutting forces, translating into predictable cycle times on production benches. Manufactured from HSS‑Co5, the cutter provides a balance of toughness and red hardness that reduces risk of premature wear under intermittent cutting. Conformance to DIN 844 and the Type HR designation ensures a standardised cutting geometry that integrates cleanly into existing tool setups, helping to maintain flow in mixed‑volume operations. Material capability and cutting limits explained Designed for work on steel and cast iron, the tool is specified for materials up to approximately 800 N/mm² when used uncoated and up to 1200 N/mm² with an appropriate coating applied. The centre‑cutting geometry enables plunge milling, while the right‑hand cut direction aligns with standard spindle rotation. Non‑ferrous metals are conditionally suitable, so process parameters should be adjusted for aluminium or copper alloys to avoid built‑up edge and to extend tool life. Secure clamping and practical handling benefits The cylindrical shank with a Weldon shank drive flat provides positive torque transmission in common collets and holders, reducing slippage under higher feed rates. The short cutting length of 30 mm and 10 mm diameter yields a rigid setup that resists chatter, improving surface finish and dimensional stability. Centre‑cutting capability also simplifies operations that require axial starts, reducing setup complexity and saving machine time. Geometry and finishing features that matter Key design details such as the 45° protective chamfer, the back‑ground fine 'cord' profile and the hinterschliff (relieved) edges contribute to controlled chip formation and reduced cutting forces in interrupted cuts. These features help extend service intervals and support a consistent surface quality on finished parts. For many workshop applications the combination of short length, solid HSS‑Co5 construction and four‑flute geometry represents a pragmatic choice between economy and repeatable performance. For precision milling in steel and cast iron, contact Metav Werkzeuge for TECWERK tool recommendations and application support via info@metav-werkzeuge.com or by telephone on +49 2822 7131930 Technical data Article number: 2000866494NW Description: Schaftfräser DIN 844 Typ HR D.10mm Einsatz‑L.30mm HSS‑Co5 Weldon TW Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund Packaging unit: 1 Facts Diameter: 10 mm Cutting length: 30 mm Flutes: 4 Material: HSS‑Co5 Standard: DIN 844 Type: HR Shank: Weldon (drive flat) Cutting direction: right‑hand Material strength capability: up to ~800 N/mm² uncoated, up to 1200 N/mm² with coating Special features Four‑flute, short design 45° protective chamfer Centre‑cutting for plunge milling Hinterschliffenes feines Kordelprofil (fine relieved 'cord' profile) Cylindrical shank with drive flat (Weldon) Very well suited: steel, cast iron Conditionally suitable: non‑ferrous metals FAQ What materials is this cutter best suited for? The TECWERK end mill is very well suited to steel and cast iron; non‑ferrous metals are conditionally suitable and may require adjusted feeds and speeds. Can the tool be used for plunge milling? Yes, the centre‑cutting geometry of this Type HR end mill allows axial plunge operations as well as peripheral milling. What does HSS‑Co5 mean for workshop use? HSS‑Co5 denotes high‑speed steel with 5% cobalt, providing improved heat resistance and toughness for intermittent cutting compared with standard HSS. Is the Weldon shank compatible with standard toolholders? The Weldon shank with drive flat is compatible with holders that accept drive‑flat clamping; it offers secure torque transfer for stable cutting. What cutting limits should be observed for high‑strength materials? Follow the specification of up to ~800 N/mm² for uncoated tooling and up to 1200 N/mm² when a suitable coating is applied; adapt speeds and feeds accordingly. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from extended tool life and secure clamping thanks to a HSS‑Co PM core and ALCRONA coating, combined with a Weldon shank for reliable power transmission; order directly via Metav Werkzeuge or consult our specialists for application guidance. End mill DIN 844 Type HR, 10 mm, HSS‑Co PM, ALCRONA — TECWERK A End mill DIN 844 Type HR for long‑reach milling of steel, stainless steel and cast iron, designed for reliable performance up to approx. 1400 N/mm². HSS‑Co PM for high wear resistance ALCRONA coating for extended life 4‑flute long design for deep pockets Weldon shank with drive flat for secure clamping Durable core and coating for sustained performance The End mill DIN 844 Type HR combines a HSS‑Co PM substrate with an ALCRONA coating to balance toughness and wear resistance for demanding tasks. The powder‑metallurgy high‑speed steel offers improved red hardness and edge stability compared with conventional HSS, while the coating reduces adhesion and abrasion during prolonged cuts. The tool is specified for materials up to ~1400 N/mm², enabling consistent metal removal rates when machining medium‑to high‑strength steels. With a 4‑flute geometry and centre cutting capability, the cutter is suitable for axial entry and produces predictable chip formation in interrupted and continuous cuts. Secure clamping and geometry for stability in deep machining The long‑reach version features a Weldon shank with a drive flat to prevent slippage in the holder and maintain concentricity under load. A tapered flute root improves the bending stiffness of the cutting section, reducing deflection and chatter when reaching into pockets or slots. The long design permits access to deeper cavities without sacrificing stability, and the 45° protective chamfer on the cutting edge lowers the risk of edge damage during approach. Right‑hand cutting ensures conventional machining behaviour and compatibility with standard milling strategies. Versatile application with predictable surface quality Configured as a four‑edged tool with centre cutting, the cutter delivers a balance of feed capacity and finish quality. It is rated very good for steel, very good for stainless steel and very good for cast iron, while non‑ferrous metals and some special alloys are listed as conditionally suitable — a detail that helps planners select the correct tool for each workpiece. The geometry supports stable chip evacuation and a consistent surface finish, making the tool appropriate for both roughing in constrained geometries and finishing passes where dimensional control is required. Operators benefit from reduced tool changes and repeatable process outcomes when the cutter is matched to the stated material classes. For tailored application advice and procurement of the TECWERK end mill, contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or call +49 2822 7131930 to discuss suitability for specific machining tasks and workplace integration. Technical data Article number: 2000866073NW Label: End mill DIN 844 Type HR, D 10 mm, HSS‑Co PM, ALCRONA coated, Weldon shank, Z=4 long UID: 2000866073NW Packaging unit: 1 Specifications Diameter: 10 mm Standard: DIN 844 Type HR Cutting edges: 4 Material strength capability: up to approx. 1400 N/mm² Cutting direction: right‑hand Special features HSS‑Co PM substrate ALCRONA coating Centre cutting for axial entry Cylindrical shank with drive flat (Weldon) 45° protective chamfer Long design with tapered flute root for improved rigidity Suitability: steel very good, stainless steel very good, cast iron very good, non‑ferrous metals conditionally, special alloys conditionally FAQ What materials is this end mill suitable for? The TECWERK end mill is specified as very good for steel, very good for stainless steel and very good for cast iron; non‑ferrous metals and certain special alloys are listed as conditionally suitable. Can the cutter perform axial plunging? Yes, the centre cutting geometry allows axial entry and controlled plunging operations when using the TECWERK DIN 844 Type HR tool. How does the Weldon shank improve machining reliability? The Weldon shank with drive flat provides secure clamping and torque transmission, reducing the risk of slippage for the TECWERK end mill during heavy or interrupted cuts. Is the coating helpful for stainless steel applications? The ALCRONA coating on the TECWERK cutter reduces adhesion and wear, supporting longer tool life and improved performance when machining stainless steel. What benefits does the tapered flute root provide? A tapered flute root increases the bending stiffness of the cutting section, lowering deflection and chatter for more stable cutting with the TECWERK long‑reach design. TECWERK: Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Robust HSS‑Co PM construction combined with an ALCRONA coating and a secure Weldon shank gives dependable wear resistance and precise clamping for demanding milling tasks. The conical flute root and four‑flute geometry increase stiffness for efficient machining of steels up to approx. 1400 N/mm² — order directly via Metav Werkzeuge or request advice from our consultants. Schaftfräser DIN 844 Typ HR D.10mm — short HSS‑Co PM end mill with ALCRONA coating (TECWERK) The Schaftfräser DIN 844 Typ HR D.10mm is a short, four‑flute HSS‑Co end mill designed for heavy‑duty milling of steel and stainless steel, featuring a Weldon shank with drive flat for secure tool holding and a centre‑cutting geometry for plunge operations HSS‑Co PM construction for long life ALCRONA coating for wear resistance Weldon shank with drive flat for secure clamping Centre‑cutting short design for plunge milling High cutting performance where rigidity matters The combination of HSS‑Co PM material and a strengthened flute root delivers a tool that resists deformation under load, providing consistent results in roughing and semi‑finishing operations. The short design and 4‑flute geometry reduce chatter and increase axial stiffness, which benefits cycle times and surface consistency when machining medium‑to‑high strength materials. These attributes translate into fewer tool changes and more predictable part tolerances in production runs. Reliable wear resistance and machining versatility An ALCRONA coating reduces friction and delays built‑up edge, extending the tool life in challenging applications. The cutter is specified for materials up to approx. 1400 N/mm² tensile strength, meaning it is particularly suited for steel, stainless steel (INOX) and castings, while non‑ferrous metals and special alloys are conditionally suitable. The centre‑cutting capability allows safe plunging and pocket entry, widening the scope of geometries that can be produced with a single tool. Secure clamping and consistent chip evacuation The Weldon shank with drive flat provides positive torque transmission and reduces slippage in high‑torque operations. Combined with the conical flute root profile, chip flow is stabilised even under heavy material removal, which lowers the risk of premature tool failure. For workshops aiming to improve uptime, this design feature supports repeatable set‑ups and reduces rework. Practical application and handling advantages Compliant with DIN 844 Type HR, this short end mill is optimised for stability in confined tool‑overhang situations. The 45° protective chamfer on the cutting edges guards the tip during entry and transit, which is useful when working with interrupted cuts or cast surfaces. For procurement and process planning, the tool’s specification reduces uncertainty: its construction and geometry are chosen to balance removal rate and tool life for small‑batch and continuous production alike. For reliable precision milling and local availability, contact Metav Werkzeuge to check stock or request tailored advice via info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical data Article number: 2000866059NW Label: Schaftfräser DIN 844 Typ HR D.10mm HSS‑Co PM ALCRONA Weldon Z.4 kurz TECWERK Brand: TECWERK Packing unit: 1 Core specifications Diameter: 10 mm Flutes: 4 Short design Centre‑cutting geometry 45° protection chamfer Right‑hand cutting Suitable for tensile strength up to approx. 1400 N/mm² Materials & features Material: HSS‑Co PM Coating: ALCRONA Standard: DIN 844, Type HR Shank: cylindrical with Weldon drive flat Conical flute root for increased rigidity Material suitability: steel (very good), stainless steel (very good), castings (very good), non‑ferrous metals (limited), special alloys (limited) Application: milling FAQ What diameter and flute count does this end mill have? This end mill is supplied with a 10 mm diameter and 4 flutes, optimised for rigidity and chip control in medium‑to‑heavy milling tasks. Can the tool be used for plunge milling? Yes, the centre‑cutting geometry allows safe plunging and pocket entry, so the cutter can perform both ramping and straight plunge operations. Which materials are best suited to this cutter? The cutter is particularly effective on steel, stainless steel (INOX) and castings up to around 1400 N/mm² tensile strength; non‑ferrous metals and special alloys are conditionally suitable. How does the Weldon shank improve performance? The Weldon shank with drive flat ensures secure clamping and reliable torque transmission, reducing the risk of slippage during high‑torque milling. What advantages does the ALCRONA coating provide? The ALCRONA coating lowers friction, reduces built‑up edge and extends tool life, especially under elevated temperatures and adhesive wear conditions. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from the combination of a 5% cobalt HSS core, TiCN coating and four‑flute geometry for durable performance and reliable chip evacuation; order directly via Metav Werkzeuge or consult their advisors for application support. End mill DIN 844 Type HR D10 mm, cutting length 53 mm – HSS‑Co5, TiCN‑coated (TECWERK) The End mill DIN 844 Type HR D10 mm, cutting length 53 mm is a long‑reach four‑flute milling cutter designed for heavy shop and production use, optimised for steel and cast iron up to approximately 1200 N/mm². HSS‑Co5 core for high wear resistance TiCN coating for extended tool life Four‑flute geometry for efficient chip removal Cylindrical shank with drive flat for secure hold High cutting performance where material strength matters The cutter combines a HSS‑Co5 substrate with a TiCN surface finish to deliver improved hardness at elevated temperatures and enhanced wear resistance. This pairing supports prolonged cutting cycles when working on tougher steels and cast iron, making the tool suitable for components with tensile strength up to 1200 N/mm². The material pairing reduces flank wear and maintains cutting edge integrity, which translates into fewer tool changes and a more stable production rhythm. Geometry engineered for consistent surface quality A four‑flute layout and a refined, relieved flute profile create steady chip flow and help preserve surface finish during slotting and side milling. The tool’s centre‑cut capability allows limited plunge operations, so the same cutter can perform entry cuts without pre‑drilling in many machining sequences. The included 45° protective chamfer helps to reduce burr formation at the entry, supporting repeatable, dimensionally consistent results in series production. Secure clamping and reliable repeatability in fixtures The tool is supplied with a Weldon‑style cylindrical shank featuring a drive flat, ensuring positive engagement in standard toolholders and secure torque transmission under higher cutting forces. This shank configuration simplifies tool changes and improves repeatability across batches, reducing setup time on CNC machining centres. The robust connection between cutter and holder minimises vibration and supports tool life, especially in longer‑reach operations. Widely applicable with clear limits and maintenance benefits The cutter is classified as very well suited for steel and cast iron, while performance on non‑ferrous metals, stainless steels and special alloys is conditionally suitable; selection of feeds and speeds should reflect the latter materials’ properties. The TiCN coating contributes to longer intervals between regrinds and reduces adhesion of built‑up edge on ferrous materials, yielding economic advantages in medium‑ to high‑volume workflows. For customers planning mixed‑material batches, the tool offers a reliable baseline performance when cutting sequence and machining parameters are adapted to the material mix. Contact Metav Werkzeuge to discuss how TECWERK’s HSS‑Co5 TiCN end mill can optimise machining throughput and tool life; email info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice and rapid supply from Emmerich. Technical data SKU: 2000866550NW Label: Schaftfräser DIN 844 Typ HR D.10mm Einsatz‑L.53mm HSS‑Co5 TiCN Weldon TW UID: 2000866550NW Facts Diameter: 10 mm Cutting length: 53 mm Standard: DIN 844 Type HR Special features Material: HSS‑Co5 (5% cobalt high‑speed steel) Coating: TiCN (titanium carbonitride) Geometry: four‑flute; centre‑cut; right‑hand cutting Shank: cylindrical with drive flat (Weldon TW) Design traits: long design; 45° protective chamfer; relieved fine flute profile FAQ Is this cutter suitable for plunge cutting? The End mill DIN 844 Type HR D10 mm, cutting length 53 mm has a centre‑cut design that permits limited plunge operations, allowing direct entry in many applications without pre‑drilling. Which materials are best for this tool? The cutter is very well suited to steel and cast iron; performance on aluminium, non‑ferrous metals and stainless or special alloys is conditional and depends on appropriate feeds, speeds and coolant use. How does the TiCN coating help in production? The TiCN layer increases surface hardness and reduces friction, which extends flank life and lowers the frequency of tool changes when machining harder ferrous materials. What clamping system is required for secure use? A standard toolholder compatible with a Weldon‑style cylindrical shank and drive flat provides reliable torque transmission and repeatable concentricity for this cutter. Can the cutter be used for series production? Yes, the combination of HSS‑Co5, TiCN coating and four‑flute geometry makes the tool suitable for medium‑ to high‑volume production where consistent edge life and chip control are required. TECWERK: Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of HSS‑Co5 durability, TiCN coating and a secure Weldon shank for consistent chip control and prolonged tool life. Order the TECWERK HSS‑Co5 end mill directly via Metav Werkzeuge or ask our consultants if needed. TECWERK HSS‑Co5 End Mill (DIN 844, 10 mm) — TiCN, Weldon Shank The TECWERK HSS‑Co5 end mill is a short, DIN 844 Type NR multi‑flute cutter designed for precise milling of medium‑strength materials and cast iron HSS‑Co5 base material for durability TiCN coating for extended tool life Weldon shank with drive flat DIN 844 Type NR short multi‑flute design Consistent cutting performance for medium‑strength workpieces Built from HSS‑Co5, this cutter combines hardness with toughness to resist chipping under standard milling loads. The TiCN coating reduces friction and improves wear resistance, which raises the effective cutting strength to approx. 1000 N/mm² when coated, compared with 800 N/mm² with an uncoated tool. The short, multi‑flute geometry and the 45° protective chamfer produce a controlled cutting edge that stabilises chip formation and helps maintain dimensional accuracy in serial production. This configuration supports efficient machining cycles while reducing rework. Secure clamping and improved rigidity for demanding operations A Weldon shank with a drive flat and a cylindrical shank with drive face ensures positive torque transmission and simple, repeatable clamping in milling chucks. The short design increases rigidity and reduces tool deflection, which improves surface finish and tolerance control during interrupted cuts. The cutter is right‑hand cutting and features a centre cutting geometry that permits limited plunge cuts, extending the range of common milling tasks handled with a single tool. These characteristics collectively enhance process reliability on the shop floor. Suitable applications and material recommendations The tool shows very good suitability for steel and cast iron, while non‑ferrous metals and special alloys are conditionally machinable, depending on feed, speed and coolant strategy. For stainless steels (INOX) the tool may be used with adapted cutting parameters and appropriate cooling to avoid rapid work‑hardening. The honed profile and centre‑cut geometry are beneficial for stable engagement and improved surface integrity. Further technical details and application advice are available from the Metav Werkzeuge technical team for integration into existing machining cycles. For procurement and expert guidance on the TECWERK HSS‑Co5 end mill, contact Metav Werkzeuge at info@metav-werkzeuge.com or +49 2822 7131930 to secure reliable stock and tailored technical advice Technical Data Article number: 2000866440NW Designation: Schaftfräser DIN 844 Typ NR D.10mm Einsatz‑L.30mm HSS‑Co5 TiCN Weldon TW Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 10 mm Cutting length (Einsatz‑L): 30 mm Coating: TiCN Material base: HSS‑Co5 Rated material strength (uncoated): up to 800 N/mm² Rated material strength (coated): up to 1000 N/mm² Chamfer angle: 45° Special features DIN 844, Type NR Short multi‑flute (Mehrschneider) Centre cutting (Zentrumschnitt) Hinterschliffenes cord profile Weldon shank (TW) with drive flat Cylindrical shank with drive face Right‑hand cutting Very well suited for steel Very well suited for cast iron Conditionally suited for non‑ferrous metals, special alloys and INOX FAQ What materials are best machined with this cutter? The TECWERK HSS‑Co5 end mill is very well suited to steel and cast iron; non‑ferrous metals and special alloys are conditionally suitable depending on parameters. Does the TiCN coating improve tool life significantly? Yes, the TiCN coating on the cutter raises wear resistance and allows machining up to approximately 1000 N/mm² when coated. Is the shank compatible with common milling holders? The Weldon shank with drive flat is compatible with standard Weldon‑style holders and provides secure clamping for reliable torque transmission. Can the cutter perform plunge cuts? The centre cutting geometry permits limited plunge operations, expanding the tool's flexibility in pocketing and interrupted cuts. What DIN standard does the cutter comply with and why is that important? The cutter conforms to DIN 844 Type NR, which defines dimensions and tolerances for short end mills, ensuring interchangeability and predictable performance. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of high-temperature-capable HSS‑Co8, low-friction TiCN coating and a secure Weldon shank for reliable, repeatable milling performance in medium-duty production and workshop environments; order the cutter via Metav Werkzeuge or consult our specialists for application advice. End mill DIN 844 Type N (Ø 10 mm) – TECWERK, HSS‑Co8, TiCN, Weldon, 4 flutes, short The End mill DIN 844 Type N (Ø 10 mm) is a short, centre‑cutting four‑flute cutter with a Weldon shank, designed for milling steel, stainless steel and cast iron in workshop and light industrial machining tasks. HSS‑Co8 substrate for high heat resistance TiCN coating for extended tool life Centre‑cutting for reliable plunge milling Weldon shank with drive flat for secure clamping Short design for increased rigidity and reduced chatter High‑temperature substrate and coating for longer tool life The cutter combines a HSS‑Co8 substrate with a TiCN surface finish to deliver improved red‑hardness and reduced adhesive wear compared with unalloyed high‑speed steels. In practice this means the tool can handle workpiece tensile strengths up to 800 N/mm² with an uncoated edge and up to 1000 N/mm² when used with the TiCN coating, extending service intervals and reducing unplanned tool changes. The listed material suitability—steel, stainless steel and cast iron rated as very good—translates into predictable tool life and consistent process windows for recurring production runs. Optimised geometry for productivity and surface quality A 4 flutes geometry balances material removal rate and surface finish: additional cutting edges allow higher feed per tooth and better chip control in medium‑strength materials, while the centre‑cutting design permits controlled plunge operations without secondary tooling. The tool’s short design increases stiffness at the cutting edge, which reduces vibration and improves dimensional stability, resulting in fewer rejected parts and less downstream finishing. These geometric choices support faster cycle times and a more reliable surface quality on standard workpieces. Secure clamping and standard compliance for workshop use The Weldon shank with drive flat ensures repeatable, slip‑free fixation in standard holders, so setups stay stable during heavy cuts and step‑downs. Conformance to DIN 844 Type N and the right‑hand cutting orientation makes the cutter compatible with common toolholders and CAM strategies. With a nominal diameter of Ø 10 mm, the tool fits compact spindle arrangements while offering sufficient cutting engagement for small to medium features. Together, these attributes lead to straightforward tool changes and predictable behaviour across different machines. For tailored application advice or to procure the TECWERK short centre‑cutting end mill with TiCN coating and Weldon shank, contact Metav Werkzeuge in Emmerich—technical consultation and reliable dispatch are available via info@metav-werkzeuge.com or by phone at +49 2822 7131930 Technical Data Article number: 2000866356NW Label: End mill DIN 844 Type N, Ø 10 mm, HSS‑Co8, TiCN, Weldon, 4 flutes, short Brand: TECWERK Pack unit: 1 Core data Diameter: 10 mm Number of flutes: 4 Material: HSS‑Co8 Coating: TiCN Cutting direction: Right‑hand Cutting type: Centre‑cutting (plunge capable) Special features Weldon shank with drive flat Short design for increased rigidity Standard: DIN 844 Type N Material suitability: Steel, stainless steel, cast iron (very good); non‑ferrous metals, special alloys (conditional) FAQ Is this cutter suitable for plunge milling into hardened materials? The TECWERK End mill DIN 844 Type N is centre‑cutting, which permits plunge milling; however, hardness limits apply—use for materials up to approximately 800 N/mm² uncoated and 1000 N/mm² when coated. What advantage does the TiCN coating provide? The TiCN coating on this TECWERK cutter reduces friction and increases wear resistance, which improves tool life and performance when machining steel and stainless steel. Can the tool be used on non‑ferrous metals? The cutter is conditionally suitable for NE‑metals (non‑ferrous); performance depends on alloy and chip evacuation—optimised feeds and speeds are recommended for best results. How does the Weldon shank benefit clamping reliability? The Weldon shank with a drive flat prevents rotational slip in the holder and ensures consistent clamping force, improving repeatability and reducing the risk of tool loosening during heavy cuts. Which workshop applications are most appropriate for this cutter? This short, four‑flute end mill is well suited to medium‑duty milling tasks in general workshop and light production contexts, particularly for profiling, slotting and controlled plunge operations in steel, stainless steel and cast iron. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Benefit from the combination of a HSS‑Co PM substrate, ALCRONA coating and vibration‑reducing flute geometry for steady tool life and consistent surface results; ideal where repeatability and tool robustness matter. Order the End mill DIN 844 Type N Ø10 mm directly via Metav Werkzeuge or consult the specialists for tailored application advice. End mill DIN 844 Type N, Ø10 mm – HSS‑Co PM short four‑flute cutter, ALCRONA‑coated (TECWERK) The End mill DIN 844 Type N, Ø10 mm is a short, four‑flute milling cutter designed for right‑hand cutting in demanding workshop and light industrial milling tasks, offering a centre‑cut for plunge capability and a Weldon shank for secure clamping. HSS‑Co PM for high wear resistance ALCRONA coating for extended life Short four‑flute design with centre cut Weldon shank with drive flats Robust substrate and coating for longer tool life Constructed from HSS‑Co PM, this cutter combines high hardness with improved red‑hardness for longer life under cyclic thermal loads. The ALCRONA coating reduces friction and wear, which translates into more consistent cutting performance and fewer tool changes. These material and surface treatments are particularly beneficial when machining tougher grades, where tool wear would otherwise limit productivity. The result is greater uptime and predictable tool replacement intervals. Geometry engineered to reduce vibration and improve stability The short configuration and unevenly spaced flutes reduce chatter during interrupted cuts, while the conical flute root increases overall rigidity. A centre‑cut enables limited plunging without a pilot drill, supporting faster set‑ups in batch production. The Weldon shank with a drive flat provides axial and torsional security in standard toolholders, ensuring repeatable positioning and reduced risk of slippage under load. Clear material suitability and practical application limits Designed for milling materials with low to medium tensile strength up to approximately 1,000 N/mm², the cutter performs very well on steel, stainless steel and castings, while aluminium and other non‑ferrous metals are conditionally suitable depending on chip evacuation and feed settings. Special alloys are machinable with appropriate parameters. Understanding these limits helps plan processes: when operation falls within the specified range, the tool delivers the best balance of surface finish and component integrity. Benefits for the workshop: predictable results and reduced tooling complexity Using this short four‑flute cutter supports tight process control and consistent surface quality across runs, which simplifies downstream inspection and reduces rework. The combination of substrate, coating and flute design lowers the risk of unexpected tool failure, contributing to smoother production flow. For procurement and workshop managers, the tool’s compatibility with standard Weldon holders and the DIN 844 specification eases integration into existing tool inventories and tool‑life management systems. For application recommendations or to request a delivery from Metav Werkzeuge, please contact our advisors who can assist with tooling selection and process parameters. Technical Data Article number: 2000866035NW Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 10 mm Cutting edges: 4 Standard: DIN 844 Material strength suitability: up to ≈ 1,000 N/mm² Special features HSS‑Co PM substrate ALCRONA coating Short design Centre cut (plunge capable) Cylindrical shank with drive flat (Weldon) Right‑hand cutting Vibration reduction via uneven flute spacing Conical flute root for increased stiffness Very good suitability: steel, stainless steel, castings Conditional suitability: non‑ferrous metals, special alloys FAQ What materials is the cutter best suited to machine? The End mill DIN 844 Type N, Ø10 mm is rated very good for steel, stainless steel and castings; non‑ferrous alloys and special alloys are conditionally suitable depending on cutting data and chip evacuation. Does this cutter allow plunging operations? Yes, the centre‑cut geometry permits limited plunging; the short four‑flute design supports controlled axial engagement for applications requiring a plunge feature. How is the tool secured in the machine? A Weldon shank with drive flats provides positive torque transmission and secure clamping in compatible Weldon holders, improving repeatability during production. What advantages does the ALCRONA coating provide? The ALCRONA coating on the HSS‑Co PM substrate reduces friction and wear, extending tool life and improving consistency of surface finish across workpieces. Is the cutter compliant with industry standards? The cutter conforms to DIN 844 Type N specifications and is supplied in a short configuration with four cutting edges as indicated by the SKU 2000866035NW. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of high‑cobalt wear resistance, a secure Weldon shank and compact, short form factor to keep machining cycles reliable and setup times short; order directly from Metav Werkzeuge or consult our specialists for specification advice. TECWERK short DIN 844 Type N end mill, 10 mm — HSS‑Co8, 4‑flute, Weldon A TECWERK short DIN 844 Type N end mill designed for general workshop milling where compact tools, centre cutting and secure shank clamping are required. HSS‑Co8 high‑cobalt grade for durability DIN 844 short profile for compact setups Weldon shank with drive flat for secure mounting Centre‑cut 4‑flute geometry for controlled plunging Robust cutting performance for medium‑strength materials The HSS‑Co8 construction delivers a balance between toughness and red‑hardness, making this short end mill particularly suited to demanding intermittent cuts. The 4‑flute geometry supports higher feed rates while keeping chip formation steady, and the centre‑cut feature allows limited plunging when required. Together these characteristics provide a dependable tool for operations that prioritise consistent removal rates and low tool‑change frequency, reducing downtime and improving workflow predictability. Secure clamping and compact design for tight setups A Weldon shank with a drive flat ensures reliable torque transmission in collets and chucks, reducing slippage during heavy cuts. The short DIN 844 profile is intended for applications with limited tool overhang, improving rigidity and minimising chatter. This combination is advantageous in confined fixtures or multi‑axis setups where clamping stability directly affects surface finish and dimensional repeatability. Material suitability and operational limits explained The tool is optimised for machining steel and cast iron, where results are described as very good; non‑ferrous metals and stainless steels (INOX) are conditionally suitable according to application parameters. The data indicates uncoated tool performance up to approx. 800 N/mm², while coated variants can extend capability towards 1000 N/mm². These values guide the selection of cutting parameters and confirm the tool’s role for components in moderate strength ranges without presuming specialised coatings. Practical workshop guidance and maintenance Short‑length cutters reduce deflection and simplify set‑up verification, supporting faster cycle times and repeatable tolerances. Regular inspection of the cutting edges and correct collet seating for the Weldon shank preserves tool life; regrinding strategies should respect the original geometry to maintain the centre‑cut plunge capability. For tool changers and small machinist cells, the compact profile contributes to lower tool interference and easier toolpath programming. For specification checks, tailored cutting data or to secure TECWERK DIN 844 short Type N HSS‑Co8 end mills with Weldon shank, contact Metav Werkzeuge in Emmerich by phone +49 2822 7131930 or e‑mail info@metav-werkzeuge.com for prompt supply and expert advice. Technical specifications Article number: 2000866332NW Label: Schaftfräser DIN 844 TypN D.10mm HSS‑Co8 Weldon Z.4 kurz TECWERK Manufacturer: TECWERK Packaging unit: 1 UID: 2000866332NW Key measurements and limits Diameter: 10 mm Flutes: 4 Material grade: HSS‑Co8 Standard: DIN 844 Performance guidance: uncoated ≈ 800 N/mm², coated ≈ 1000 N/mm² Features & applications Short DIN 844 Type N profile Centre‑cut (Zentrumschnitt) for limited plunging Cylindrical shank with drive flat (Weldon shank) Right‑hand cutting Suitable for steel: very good Suitable for cast iron: very good Suitable for non‑ferrous metals: conditionally suitable Suitable for stainless steel (INOX): conditionally suitable FAQ What materials are best machined with this end mill? The TECWERK short DIN 844 Type N end mill is rated very good for steel and cast iron, with conditional suitability for non‑ferrous metals and stainless steel depending on cutting data. Does the centre‑cut allow direct plunging into material? Yes, the centre‑cut geometry permits limited plunging operations; the TECWERK tool is built for controlled entry but heavy plunging should be avoided to prevent premature wear. Is the shank compatible with common toolholders? The Weldon shank with a drive flat is compatible with standard Weldon‑style clamping systems and provides secure torque transmission in typical workshop chucks and holders. Can this cutter be used for finishing passes? The 4‑flute design balances material removal and surface quality, so the cutter can be used for semi‑finishing and some finishing tasks where the material suitability and feed/speed are correctly adjusted. What indicates the difference between uncoated and coated performance? Operational guidance shows uncoated tools perform up to approx. 800 N/mm², while coated variants can extend capability to around 1000 N/mm²; selection depends on the workpiece strength and desired tool life. TECWERK: Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Take advantage of the combination of solid carbide construction, TiAlN coating and a 35° helix for durable, high-performance roughing and semi-finishing. Benefit from the extra-short, vibration-resistant geometry for consistent surface quality and predictable tool life — order directly via Metav Werkzeuge or contact our consultants for tailored machining advice. TECWERK solid carbide end mill WN Type N — 10 mm, TiAlN-coated, 35° helix TECWERK solid carbide end mill WN Type N for high-performance roughing and semi-finishing in steels and cast iron Solid carbide, fine-grain construction TiAlN coating for extended tool life 35° helix with 4 flutes for efficient chip removal Extra-short design for vibration-free milling High material removal with a consistent surface finish The combination of solid carbide (VHM) and TiAlN coating enables sustained performance under cyclic loads while improving resistance to thermal wear. The HPC geometry with unequal pitch and a 35° helix promotes efficient chip evacuation and lowers chatter, which results in improved surface quality during aggressive passes. The centre-cut design allows for axial engagement and makes plunge operations feasible; this is particularly useful when removing large volumes of material in short-cycle production. The overall design reduces downtime by extending tool life and maintaining dimensional stability during repetitive machining. Reduced vibration and reliable shop-floor behaviour An extra-short and short, stable profile with a gentle 10° cut angle delivers a softer cutting action and lowers cutting forces, which is beneficial when machining slender setups or interrupted cuts. The tool’s 0.2 mm protection chamfer preserves the corner integrity during tool changes and handling. Unequal division of the flutes breaks harmonic frequencies, reducing the risk of chatter and enabling higher feed rates on the same machine. This geometry is especially effective for steel up to 45 HRC and cast iron, where robustness and stability are decisive for repeatable results. Practical guidance for integration and process security The cylindrical shank complies with DIN 6535 HB and the h6 shank tolerance ensures secure clamping and concentricity in standard toolholders. With four flutes, the cutter balances material removal and chip space, making it suitable for roughing, semi-finishing and groove machining under HPC conditions. Note that stainless steel and non‑ferrous metals are conditionally suitable and may require adjusted feeds and cutting data to avoid built-up edge. For feed and speed parameters tailored to specific machines and workpiece alloys, Metav Werkzeuge provides application support — contact info@metav-werkzeuge.com or call +49 2822 7131930 for recommendations based on shop conditions. Discuss machining strategies and order this TECWERK end mill through Metav Werkzeuge — call +49 2822 7131930 or email info@metav-werkzeuge.com for expert advice from our Emmerich team Technical data Article number: 2000866416NW UID: 2000866416NW Label: Schaftfräser WN TypN D.10mm VHM TiAlN 35Grad HB Z.4 ext.kurz TECWERK Facts Diameter: 10 mm Flutes: 4 Helix angle: 35° Protection chamfer: 0.2 mm Shank tolerance: h6 Shank type: cylindrical shank to DIN 6535 HB Packaging unit: 1 Special features Solid carbide, fine-grain microstructure TiAlN coating HPC geometry with unequal pitch Centre-cut for axial engagement Extra-short, short and stable design 45° protection chamfer Right-hand cutting Soft cut (10°) for lower cutting forces Very good suitability for steel and cast iron Conditional suitability for stainless steel and non-ferrous metals FAQ What materials is this end mill best suited for? This end mill excels in steel up to 45 HRC and cast iron, while stainless steel and many non‑ferrous metals are conditionally suitable with adapted cutting data when using the TECWERK cutter. Can the tool be used for plunge cutting? Yes, the centre-cut geometry permits axial engagement and allows plunge operations when the machining strategy requires it. What shank standard and tolerance does the cutter use? The cutter features a cylindrical shank to DIN 6535 HB with an h6 tolerance for secure, concentric clamping. Does the TiAlN coating improve performance for high-temperature cuts? The TiAlN coating increases thermal resistance and wear protection, which supports higher cutting temperatures and extends tool life in continuous HPC applications. Is the tool suitable for groove and semi-finishing operations? The combination of four flutes, 35° helix and HPC geometry makes it suitable for groove machining and semi-finishing where balanced chip removal and surface quality are required. Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Data inconsistency: the specified cutting length of 35 mm conflicts with the indicated 3×D cutting length for a 10 mm diameter (3×10 mm = 30 mm). This discrepancy suggests a potential error in the provided specifications, as the cutting length should logically align with the calculated value based on the diameter and the 3×D formula. Ensuring consistency in such measurements is critical for accurate machining operations, as deviations can lead to improper tool performance or material wastage. It is advisable to verify the intended cutting length and confirm whether the 35 mm specification is correct or if it should indeed match the 30 mm derived from the formula.

Benefit from robust milling performance and extended tool life through the combination of a solid carbide body and TiAlN high-temperature coating; the extra-long design enables deep-slotting and reduces changeovers. Order the TECWERK solid carbide end mill directly via Metav Werkzeuge or consult Metav's advisors for tailored application support. TECWERK solid carbide end mill D 10 mm, cutting length 35 mm — TiAlN, 6 flutes, extra-long TECWERK solid carbide end mill D 10 mm — an extra-long, multi-flute cutter engineered for low-vibration roughing and finishing in steels, cast iron and non-ferrous alloys. Solid carbide, fine-grain construction TiAlN high-temperature coating Extra-long design for deep slots 6 flutes with unequal pitch for smooth cut Consistent high-performance and longer tool life The combination of solid carbide fine-grain substrate and a TiAlN coating raises thermal resistance and wear resistance, which translates into longer tool life and fewer tool changes. This geometry and surface treatment support elevated cutting temperatures without premature flank wear, enabling stable machining cycles. The result is a measurable improvement in process efficiency and a reduction in unplanned downtime when machining medium to high-strength materials. Geometry that stabilises cuts and reduces chatter An unequal-pitch, multi-flute design with a 35–38° helix and 6 flutes improves chip breakage and balances cutting forces for vibration-damped operation. The unequal pitch reduces tonal harmonics, while the 45° protection chamfer and 0.2 mm chamfer edge protect the cutting margin during entry. These features combine to deliver reliable surface quality in both roughing and finishing passes, shortening cycle times and raising first-pass accuracy. Secure clamping and precision alignment for repeatable runs A cylindrical shank manufactured to DIN 6535 HB with h6 tolerance ensures concentric clamping and minimised run-out in standard holders. The neck relief and right-hand cutting orientation facilitate clearance in deep-pocket operations, so the extra-long configuration maintains rigidity where needed. This contributes to predictable tool behaviour across long production runs and simplifies tool inspection and replacement procedures. Broad material suitability for workshop versatility The tool’s novel geometry and coating make it versatile across a wide range of materials: steel, cast iron, stainless steel, non‑ferrous metals, aluminium with silicon content and certain abrasive materials. It is suitable for both heavy material removal and final passes, offering workshops a single-cutter solution that reduces tool inventory while maintaining process reliability. Metav’s stock and quality control from Emmerich ensure steady supply and traceable quality for production planning. For personalised selection and fast supply of TECWERK solid carbide end mills, contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930 — Metav’s consultants will advise on the optimal cutter and clamping combination for the application Technical data Article number: 2000866879NW Name: TECWERK solid carbide end mill D 10 mm, cutting length 35 mm, TiAlN, 6 flutes, extra-long Manufacturer: TECWERK Packaging unit: 1 Internal ID: 2000866879NW Core data Diameter: 10 mm Cutting length: 35 mm Flutes: 6 Helix angle: 35–38° Protection chamfer: 0.2 mm Shank tolerance: h6 Special features Solid carbide, fine-grain TiAlN coating Extra-long design Unequal pitch for vibration damping Right-hand cutting Neck relief for low-vibration machining Suitable for steel, cast iron, stainless steel, non-ferrous metals, aluminium with silicon and abrasive materials For roughing and finishing Cylindrical shank to DIN 6535 HB Factory standard Type N 45° protection chamfer Multi-cutter geometry FAQ What materials is this cutter suited for? The TECWERK solid carbide end mill is designed for a wide range of materials, including steel, cast iron, stainless steel, non‑ferrous metals and aluminium with silicon content, as indicated in the product specification. How does the TiAlN coating improve performance? The TiAlN coating increases heat resistance and wear protection, allowing the cutter to maintain cutting integrity at higher temperatures and extending service life during demanding operations. Is the shank compatible with standard holders? Yes. The cylindrical shank conforms to DIN 6535 HB with an h6 tolerance, ensuring secure clamping and good concentricity in standard toolholders. What advantages does the unequal pitch and 6-flute design offer? The unequal pitch reduces vibration and tonal harmonics, while the 6 flutes increase material removal rates and surface finish capability, making the cutter suitable for both roughing and finishing passes. Can this cutter be used for deep-pocket milling? The extra-long configuration and neck relief are intended for deep-slotting and pocket operations; however, machine rigidity and clamping setup should be checked to ensure optimal performance with the TECWERK extra-long cutter. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund

Take advantage of the combination of HSS‑Co5 toughness, a short DIN 844 Type HR four‑flute geometry and a secure Weldon shank for reliable material removal and consistent tool life; order the cutter directly via Metav Werkzeuge or ask our consultants for application advice. TECWerk 12 mm HSS‑Co5 DIN 844 Type HR end mill, Weldon shank The TECWerk 12 mm HSS‑Co5 DIN 844 Type HR end mill is a short, four‑flute milling cutter designed for robust general machining and cast‑iron work up to approx. 800 N/mm² in its uncoated state HSS‑Co5 high‑speed steel with 5% cobalt DIN 844 short Type HR four‑flute geometry Weldon shank with drive flat for secure clamping Centre‑cutting with 45° protective chamfer Reliable cutting performance for demanding materials Constructed from HSS‑Co5, this short four‑flute cutter combines toughness and red hardness to withstand elevated cutting temperatures and higher mechanical loads. The tool is specified to process materials up to 800 N/mm² when used uncoated and, if coated appropriately, can extend capability to approx. 1200 N/mm². As a result, machining cycles are stabilised and tool changes are reduced, supporting efficient production workflows. Secure clamping and stable chip control for precise results The Weldon shank with a drive flat ensures positive torque transmission and reduces slippage in the holder, while the centre‑cutting geometry allows controlled plunging when required. A 45° protective chamfer and a relieved, finely ground helix profile improve chip evacuation and lower cutting forces, which contributes to consistent surface finish and reduced tendency for workpiece vibration in short‑reach operations. Practical application guidance and material suitability Designed to meet the DIN 844 Type HR short‑series specification, the cutter is very well suited for steel and cast iron applications, with non‑ferrous metals being conditionally suitable depending on feed and speed. The combination of the fine helix profile and right‑hand cutting direction favours stable finishing passes and semi‑roughing operations. For best results, select a coated variant when facing harder materials to exploit the higher permitted strength limit and extended tool life. Choose the TECWERK 12 mm HSS‑Co5 DIN 844 Type HR end mill for dependable short‑reach milling and contact Metav Werkzeuge for tailored technical advice and reliable supply from Emmerich: info@metav-werkzeuge.com / +49 2822 7131930 Technical Data Article number: 2000866496NW Designation: 12 mm HSS‑Co5 DIN 844 Type HR end mill Manufacturer: TECWERK Packaging unit: 1 Facts Diameter: 12 mm Cutting length: 36 mm Material grade: HSS‑Co5 Max material strength (uncoated): approx. 800 N/mm² Max material strength (coated): approx. 1200 N/mm² Special features DIN 844 Type HR short series Four‑flute design 45° protective chamfer Centre‑cutting Relieved, finely ground helix profile Cylindrical shank with drive flat (Weldon) Right‑hand cutting Suitability: steel very well, cast iron very well, non‑ferrous metals conditionally suitable FAQ Which materials are best processed with this cutter? The TECWERK 12 mm HSS‑Co5 DIN 844 Type HR end mill is very well suited for steel and cast iron, while non‑ferrous materials are conditionally suitable depending on cutting data. Can the cutter perform plunging operations? Yes. The centre‑cutting geometry of this TECWERK Type HR cutter allows controlled plunging as well as conventional milling. What does the Weldon shank provide in practice? The Weldon shank with a drive flat ensures secure clamping and positive torque transmission, reducing slippage in the tool holder during heavy cuts. Is the tool supplied coated? The listed tool is described in its uncoated form; the uncoated tool is rated for approx. 800 N/mm², while a coated variant can increase capability to approx. 1200 N/mm². Which standard does this cutter follow? This cutter complies with DIN 844 Type HR, indicating a short, robust four‑flute design for general industrial milling. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund

Combining internal coolant delivery with a nickel-plated surface and compatibility with APKT-10 indexable inserts, this shank milling cutter delivers reliable chip control and long service intervals; order the tool directly via Metav Werkzeuge or consult our advisors if specialist guidance is required. TECWERK Shank Milling Cutter D 12 mm – nickel-plated, internal coolant The TECWERK shank milling cutter D 12 mm is a compact indexable shank cutter designed for precise finishing and stable performance in confined setups, featuring internal coolant and compatibility with APKT-10 inserts. Nickel-plated surface for corrosion resistance Internal coolant for consistent chip control Compatible with APKT-10 indexable inserts Single-tooth geometry (Z=1) for controlled cutting Stabilised cutting through internal coolant The built-in internal coolant channel directs fluid close to the cutting edge, improving thermal control and enabling more consistent cutting forces. This results in reduced temperature-related distortion and more predictable tool behaviour during prolonged cycles. For production environments where process stability is essential, the internal coolant supports higher uninterrupted runtimes and lowers the likelihood of rework due to thermal drift. Durable nickel-plated finish for extended service life A nickel-plated surface reduces adhesion and resists corrosion, offering a smoother tool body that diminishes friction at the tool–workpiece interface. This protective layer contributes to reduced wear on the holder and helps maintain concentricity over repeated use, which in turn supports repeatable part quality and fewer tool changes in daily operation. Flexible, cost-effective insert system with APKT-10 Designed to accept APKT-10 indexable inserts, the cutter allows quick, economical insert changes without replacing the entire tool body. The indexable insert approach lowers tooling costs per cutting edge and simplifies maintenance procedures on the shop floor, making it a pragmatic choice for batch production and mixed-operation workshops. Compact dimensions for tight fixtures and increased rigidity With a 12 mm diameter cutting head and a 16 mm shank (h6) tolerance, the tool offers a stiff connection to the spindle while maintaining the small envelope needed for restricted workspaces. The 75 mm overall length and a 27 mm cutting length reduce overhang, improving rigidity and minimising chatter in setups where space and clamping options are limited. Single-tooth geometry for predictable chip evacuation The single-tooth configuration (Z=1) produces a controlled chip load on each revolution, which can be advantageous for certain finishing passes and interrupted cuts. The combination of single-tooth geometry and directed coolant promotes reliable chip evacuation, reducing the risk of built-up edge and improving surface finish consistency across production runs. Practical integration and workshop support The cutter's design focuses on straightforward integration into existing toolholders and programmes, with proven benefits in shop-floor efficiency and maintenance planning. For tailored recommendations on insert grades, coolant pressure or holder selection, Metav Werkzeuge provides technical guidance and can advise on the most suitable insert options and operating parameters to match specific machining tasks. For further advice on integrating the TECWERK shank milling cutter into production, contact Metav Werkzeuge for personalised technical support and secure supply from Emmerich: info@metav-werkzeuge.com, +49 2822 7131930 Technical data Article number: 2000859076NW Product name: Schaftfräser D.12mm vern.m.IK Z.1 APKT-10 TECWERK Packaging unit: 1 UID: 2000859076NW Facts Diameter: 12 mm Shank diameter (d h6): 16 mm Overall length (L): 75 mm Cutting length (l): 27 mm Number of teeth (Z): 1 Special features 90° cutting geometry Surface: nickel-plated Cooling: internal coolant Insert type: APKT-10 compatibility FAQ What materials is the TECWERK shank milling cutter suitable for? The TECWERK shank milling cutter D 12 mm is intended for general milling tasks and accepts APKT-10 inserts; specific insert grades determine suitability for particular materials. How does the internal coolant improve machining with this cutter? Internal coolant on the TECWERK shank milling cutter directs fluid to the cutting edge, improving thermal control and chip evacuation for more stable cutting conditions. Can the indexable inserts be replaced on the shop floor? Yes, the APKT-10 indexable inserts fitted to the TECWERK shank milling cutter are designed for quick replacement, minimising downtime and reducing per-edge tooling cost. What are the key dimensions to check when selecting an adapter or holder? Confirm the 16 mm shank diameter (h6) tolerance and the 75 mm overall length to ensure compatibility with the chosen holder and sufficient clearance for the application. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund