Gibt es einen Hahn und Kolb Online Shop?

Take advantage of a rigid 25 mm shank and a compact 200 mm overall length for precise groove control, combined with compatibility for 3C Sandvik inserts to shorten setup time; order directly via Metav Werkzeuge or request specialist advice from our consultants. K720TM grooving clamp holder — Teknik Makina, 25 mm shank, 3C insert compatibility K720TM grooving clamp holder designed for grooving and parting operations with 3C indexable inserts, ideal for turned part production and workshop retrofit applications 25 mm shank for rigid clamping Compatible with 3C Sandvik inserts 3 mm cutting width for narrow grooves 200 mm overall length for stable reach Consistent groove quality through rigid shank design The robust clamping concept and 25 mm shank deliver high lateral stability during grooving and parting tasks, reducing chatter and rework. Because the holder is engineered for repeatable seating of indexable tooling, the result is consistent groove geometry and reliable surface finish. The compact 200 mm overall length maintains tool rigidity without compromising accessibility, which translates into fewer scrap parts and improved cycle reliability for batch production. Faster setup and broad insert compatibility Designed for standard 3C indexable inserts and compatible with recognised Sandvik geometries, the holder shortens tool changes and simplifies spare-part management. The supplied ISO reference S25R for the boring-bar interface and the designation 3C-R-123 SDV for the clamp variant indicate straightforward integration into common lathe tool posts. This compatibility reduces downtime and supports lean production by enabling swift insert swaps and predictable cutting behaviour. Precise narrow grooving and secure clamping With a 3 mm cutting width and a cutting height of 40 mm, the clamp holder is suited to fine grooving and parting-off where narrow kerfs are required. The secure clamp mechanism and balanced mass (approx. 0.784 kg) help maintain cutting stability, while the external diameter of 32 mm provides a compact footprint at the toolpost. These attributes make the product practical for workshops aiming for high precision without extensive fixture changes. Built for workshop reliability and smoother workflows The holder’s practical dimensions and compatibility with well-known insert systems support predictable maintenance intervals and easy stocking of consumables. Metav’s quality assurance and European distribution ensure that acquisition and replenishment are transparent and timely. The combination of technical fit and supply-chain reliability helps to keep production flowing and procurement simple. For a tailored recommendation or to secure the Teknik Makina K720TM grooving clamp holder, contact Metav Werkzeuge in Emmerich for specialist advice and delivery information at info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: K720TM Manufacturer: Teknik Cutting Tools Brand: Teknik Makina Suitable for inserts: 3C (Sandvik) Shank diameter: 25 mm Overall length: 200 mm Outer diameter: 32 mm Cutting height: 40 mm Cutting width: 3 mm Weight: 0.784 kg Boring-bar interface: S25R Clamp designation: 3C-R-123 SDV Insert type: 3C Application: Grooving / parting FAQ Which inserts fit this holder? The K720TM accepts 3C indexable inserts and is specified for compatibility with Sandvik 3C geometries, enabling straightforward replacement with standard grooving inserts. What shank and length does the tool use? This grooving clamp holder features a 25 mm shank and a 200 mm overall length, providing a balance of rigidity and reach for typical lathe setups. Is the K720TM suitable for narrow grooves? Yes; the holder supports a 3 mm cutting width and a cutting height of 40 mm, making it well suited to narrow kerf grooving and precise parting operations. Can this holder be used on common lathes? The S25R boring-bar interface and the compact form factor allow integration into standard tool posts and holders configured for a 25 mm shank. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a robust 90° indexable insert solution combined with a 20 mm shank for greater rigidity and a 40 mm cutting length for deeper engagement; order directly via Metav Werkzeuge or consult the team for tailored guidance. Teknik Makina Shank milling cutter S498TM — 90° for ADMT 1204 indexable inserts, 20 mm shank Shank milling cutter S498TM designed for shoulder milling and general face operations with ADMT 1204 indexable inserts, suited to production and workshop environments 90° cutting angle for sturdy shoulder milling 20 mm shank for rigid attachment Compatible with Walter ADMT 1204 inserts 40 mm cutting length for deeper engagement Precision and compatibility for reliable machining The S498TM is built around the efficiency of indexable inserts, a cost-effective concept that separates cutting edges from the tool body. By accepting Walter ADMT 1204 inserts, the cutter allows quick replacement of worn edges without regrinding the tool, reducing machine downtime and lowering lifetime tooling costs. The fixed insert geometry ensures predictable chip formation and surface quality, which supports consistent cycle times and repeatable results in small to medium batch production. This configuration is particularly beneficial where predictable tool life and simple inventory management are priorities. Rigidity and geometry for stable shoulder cuts A 20 mm shank and a 90° cutting angle combine to give the tool the stability required for shoulder milling and face operations. The compact shank diameter increases clamping stiffness, which reduces vibration and improves surface finish when working on castings or machined blocks. With two cutting edges, the cutter balances material removal rate and heat distribution to maintain edge integrity across moderate feeds, supporting consistent part tolerances in standard CNC and milling applications. Fast tool changes and secure clamping Insert retention is handled via a Torx M3x7 screw tightened with a T8 key, enabling secure clamping and quick index changes on the shop floor. The tool’s 120 mm overall length and 40 mm cutting length provide a useful reach while keeping overhang moderate to preserve rigidity. Indexable systems mean operators can maintain productivity: worn inserts can be rotated or replaced within minutes, restoring cutting performance without rebalancing the holder or removing the entire assembly from the spindle. Supply assurance and workshop advantages from a trusted partner Sourcing this cutter through Metav Werkzeuge combines reliable product availability with a practical supply chain: a European quality filter in Emmerich ensures consistent standard checks before dispatch. Metav’s wide offering and established customer base deliver procurement simplicity for workshops and production facilities, making high-precision tooling accessible without compromising on verification or logistics. The combination of a proven insert system and dependable supply reduces procurement complexity and helps maintain production continuity. For expert advice on integrating the Teknik Makina S498TM into production or to arrange prompt delivery from Metav Werkzeuge in Emmerich, contact Metav Werkzeuge by e‑mail at info@metav-werkzeuge.com or by phone at +49 2822 7131930 — tailored recommendations and fast dispatch are readily available Technical data Article number: S498TM Brand: Teknik Makina ECLASS: 21180806 ETIM: EC011860 Facts Shank diameter: 20 mm Cutting length: 40 mm Overall length: 120 mm Number of cutting edges: 2 Cutting angle: 90° Weight: 0.275 kg Special features Fits indexable inserts ADMT 1204 Compatible insert manufacturer: Walter Torx screw: M3x7 Torx key size: T8 Intended use: shoulder milling / face milling FAQ Which inserts are compatible with this cutter? The cutter accepts ADMT 1204 indexable inserts; the design is matched to the ADMT 1204 specification for secure seating and predictable geometry. What shank size and overhang are offered? This shank milling cutter features a 20 mm shank with a 120 mm overall length and a 40 mm cutting length for moderate reach while maintaining rigidity. How are the inserts secured? Inserts are clamped using an M3x7 Torx screw; the appropriate key size for mounting and removal is T8. Is this tool suitable for heavy roughing? The tool is optimised for shoulder and face milling with two cutting edges and a 90° cutting angle; it is suitable for many general milling tasks but selection should match the application’s cutting data and machine capability. Who manufactures this cutter and who supplies it? The product is from Teknik Makina and is distributed via Metav Werkzeuge; the SKU for ordering is S498TM. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Compact machining performance with a 93° cutting angle and compatibility for VCMT 1103 indexable inserts, combined with a 16 mm shank and 180 mm overall length for stable reach — order the bar via Metav Werkzeuge or consult our specialists for application advice. Boring bar SVUC for VCMT indexable inserts (KA211TM) — 93° geometry, 16 mm shank The boring bar SVUC for VCMT Indexable Inserts is a right-hand turning tool holder engineered for secure clamping of VCMT 1103 inserts and reliable internal or external turning operations. 93° cutting geometry for tight radii Compatible with VCMT 1103 indexable inserts 16 mm shank diameter for rigid setup 180 mm overall length for deeper reach Stable cutting performance with predictable results The 93° cutting geometry delivers a compact cutting edge that reduces deflection during light to medium-duty turning. With a 16 mm shank and a 20 mm body diameter, the design prioritises rigidity over vibration, which improves surface finish and tool life. The tool holder’s ISO designation A16Q SVUCR indicates standardised dimensions and clamping form, simplifying tool selection and machine setup. In practice, this means fewer rejects and more consistent cycle times when machining common materials with indexable carbide inserts. Fast insert changes and secure clamping for efficient workflows Designed for VCMT 1103 inserts, the tool holder enables quick insert replacement and repeatable seating, reducing non-productive time during tool changes. The SVUC geometry is matched to the VCMT pocket form, so insert alignment is immediate and reliable; this shortens setup and supports higher machine uptime. The right-hand cutting orientation supports standard lathe configurations and predictable chip flow, making the tool holder suitable for continuous production or small-batch work where rapid turnaround matters. Application range and material guidance This tool holder is intended for conventional steelworking and general workshop turning where indexable inserts are preferred for cost-effective tool life. The compact 93° nose is well suited to operations that require close wall clearance or facing near shoulders. When paired with appropriate VCMT grades, the holder can handle a broad range of steels and alloyed materials; select the insert grade and geometry to match the specific workpiece and feed conditions. The balanced combination of shank stiffness and nose profile supports accurate machining in both external and internal turning applications. Supply reliability and workshop integration With a low unit weight (0.268 kg) and standardised dimensions, the tool holder integrates easily into existing tool sets and fixtures. The KA211TM is supplied ready for mounting and is compatible with common turret and tool post arrangements that accept A16-style holders. Relying on proven geometries and ISO-conformant sizing reduces the time spent adapting holders to machines and helps maintain a steady production flow. For buyers seeking dependable supply, Metav’s logistics from Emmerich ensure transparent order processing and prompt delivery. Contact Metav Werkzeuge for tailored application support and to secure the Teknik Cutting Tools SVUC boring bar (KA211TM) with 93° geometry — expert advice and specification checks are available by phone or email through Metav’s technical team. Technical Data SKU: KA211TM Manufacturer: Teknik Makina ISO designation: A16Q SVUCR Suitable for inserts: VCMT 1103 Facts Cutting angle: 93° Shank diameter: 16 mm Body diameter: 20 mm Overall length: 180 mm Weight: 0.268 kg Cutting direction: right Special features SVUC geometry for secure VCMT seating Designed for indexable carbide inserts Standard A16 shank form Compact nose for close-quarters turning FAQ What inserts fit this tool holder? The Teknik Cutting Tools SVUC boring bar (KA211TM) is designed specifically for VCMT 1103 indexable inserts; the pocket form and clamping seat match VCMT-style plates. Is this a right- or left-hand tool? This holder is produced for right-hand cutting applications and is suited to standard lathe setups requiring right-hand turning tools. Which shank size is required for my turret? The holder has a 16 mm shank diameter, corresponding to A16-style mounting; confirm turret compatibility before ordering. How does the 93° geometry affect machining? The 93° cutting angle provides a compact nose that improves access near shoulders and reduces tool overhang-induced deflection, giving better surface finish on delicate profiles. Can this holder be used for internal boring? Yes — with suitable machine clearance the compact nose and 180 mm overall length support internal reach for many bore operations when fitted with the correct VCMT insert. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

The 95° cutting angle combined with internal coolant and compatibility with WNMG 0604 inserts delivers controlled shoulder finishes and reliable chip evacuation—order directly via Metav Werkzeuge or request advice from our consultants for seamless integration into existing tooling systems. AP380TM Boring Bar – 95° cutting angle, internal coolant (Teknik Makina) The AP380TM Boring Bar is designed for precision external turning and finishing where WNMG 0604 indexable inserts are used, optimised for right-hand cutting operations. 95° cutting angle for tight shoulder control Internal coolant for optimised chip evacuation Compatible with WNMG 0604 indexable inserts Shaft Ø 16 mm, overall length 200 mm Achieve accurate shoulder finishes with controlled geometry The 95° cutting angle provides a stable contact zone at the insert cutting edge, which reduces chatter when machining shoulders and faces. This geometry ensures repeatable results on short-shoulder operations and contributes to consistent part tolerances. The toolholder’s right-hand orientation and robust profile help maintain cutting stability, so operators can rely on predictable results when switching between batch runs or varied workpiece geometries. Coolant-fed design for improved tool life and chip control With internal coolant, cutting fluid reaches the cutting zone directly behind the insert edge, improving lubrication and chip breaking. This results in lower cutting temperatures and extended insert life, particularly during heavier cuts or interrupted machining. Efficient chip evacuation reduces re-cutting of chips on the workpiece, helping to preserve surface finish and reduce the need for secondary operations, which enhances overall productivity on the shop floor. Standardised shank and secure clamping for quick set-up The tool is specified as A16R PWLNR and features a Shaft Ø 16 mm, giving compatibility with common clamping systems and quick interchangeability between toolposts. It is explicitly designed for WNMG 0604 indexable inserts, allowing straightforward procurement of cutting edges and spare parts. The standardised interface supports stable clamping, which minimises vibration and contributes to more consistent dimensional accuracy across production runs. Practical dimensions and balanced handling for workshop use With an overall length of 200 mm and a 40 mm cutting height, the bar balances rigidity and reach for typical external turning tasks. The modest mass (approx. 0.326 kg) simplifies handling during set-up while preserving sufficient stiffness for finishing cuts. These characteristics reduce machine setup time and support fast changeovers, aligning with a pragmatic workshop workflow where uptime and repeatable quality are priorities. For application guidance or to order the Teknik Makina AP380TM boring bar, contact Metav Werkzeuge in Emmerich — phone +49 2822 7131930 or email info@metav-werkzeuge.com Technical Data Article number: AP380TM Manufacturer: Teknik Makina ISO designation: A16R PWLNR Model designation: PWLN for WNMG Indexable Inserts Facts Shaft diameter: 16 mm Cutting height: 40 mm Cutting angle: 95° Diameter: 20 mm Overall length: 200 mm Weight: 0.326 kg Special features Internal coolant (through-tool cooling) Compatible with WNMG 0604 indexable inserts Right-hand cutting orientation Clamping designation: 06 FAQ What inserts suit this boring bar best? The boring bar is intended for WNMG 0604 indexable inserts; selection of grade and geometry should follow the workpiece material and the required surface finish. Is the tool coolant-fed and how does that benefit machining? Yes, the bar features internal coolant, which delivers fluid to the cutting zone, improving chip control and prolonging insert life. What shank standard and size does the bar use? The bar is specified as A16R PWLNR with a Shaft Ø 16 mm, allowing fitment to compatible clamping systems for secure mounting. Does the bar support left- and right-hand cutting? This version is configured for right-hand cutting; left-hand versions are available under alternate designations if required. How does the 95° angle affect finishing operations? The 95° cutting angle improves shoulder control and stability, reducing chatter on short-shoulder and finishing passes and supporting consistent part tolerances. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of the combination of 90° cutting geometry, internal coolant, and a compact 20 mm diameter for accurate, repeatable boring operations; order the STFC boring bar directly via Metav Werkzeuge or contact the consultants for specification support. STFC boring bar (KA160TM) — 90° head, internal coolant, 20 mm diameter — Teknik Cutting Tools The STFC boring bar (KA160TM) is a 90° indexable-insert boring bar engineered for stable, orthogonal cutting with TCMT 1102 inserts and coolant-through performance 90° cutting angle for orthogonal cutting Internal coolant for improved chip control 20 mm diameter, 180 mm overall length Compatible with TCMT 1102 indexable inserts Precise bores through rigid 90° geometry The 90° head and compact shank of this tool deliver consistent axial positioning and reduced tool deflection, which helps achieve true diameters in serial production. With a 20 mm diameter and a shaft diameter of 16 mm, the tool provides a stiff interface between holder and insert; the 90° cutting angle produces a predictable cutting force direction, simplifying setup and minimising rework. Right-hand cutting orientation ensures conventional turning dynamics for common machine setups, while the moderate weight (0.289 kg) aids quick tool changes without compromising stability. Coolant-through design for better surface finish and chip control The integrated internal coolant channel supplies lubricant directly to the cutting edge, improving heat dissipation and aiding chip evacuation. When combined with TCMT 1102 indexable inserts, the coolant-through feed reduces built-up edge and supports a finer surface finish on the bore. Indexable inserts allow recovery of cutting performance with quick insert changes; the insert geometry and grade determine the achievable feed rates and workpiece material range, so insert selection remains the decisive factor for performance optimisation. Built for repeatability and shop-floor efficiency Identified as ISO A12K STFCR, the bar is compatible with established toolholder systems and simple to integrate into existing setups. The overall length of 180 mm and a cutting height of 30 mm support straightforward positioning in standard clamping fixtures. The design supports production environments that demand reliable cycle times and minimal downtime: fast insert changes, coolant access at the cutting point, and a compact form factor that reduces vibration. If specification checks are required or machining parameters need fine-tuning, Metav Werkzeuge provides technical advice and documentation to support process integration. Contact Metav Werkzeuge for a specification check or to reserve the Teknik Cutting Tools STFC boring bar (KA160TM) from stock in Emmerich — email info@metav-werkzeuge.com or call +49 2822 7131930 for tailored technical guidance Technical data SKU: KA160TM Manufacturer: Teknik Makina Article name (EN): STFC for TCMT Indexable Inserts ISO designation: A12K STFCR Key measurements Diameter: 20 mm Shaft diameter: 16 mm Cutting height: 30 mm Overall length: 180 mm Weight: 0.289 kg Cutting angle: 90° Cutting direction: right Features and compatibility Internal coolant: yes Compatible inserts: TCMT 1102 Right-hand cutting Files: 62de7ec70aced56449540eba, 62de7e1ebd24461b3d5f7a0d Clamp size reference: 11 FAQ Which inserts fit this boring bar? The STFC boring bar (KA160TM) is designed for TCMT 1102 indexable inserts; insert grade and geometry determine optimal cutting data. Is coolant-through available on this tool? Yes — the KA160TM features internal coolant, which delivers coolant directly to the cutting edge for improved chip control and cooling. What is the cutting direction of the tool? The tool is configured for right-hand cutting operations. What are the key dimensions to check before setup? Important dimensions include 20 mm diameter, 16 mm shaft diameter, 180 mm overall length, and a 30 mm cutting height. Can the tool be used in high-production environments? The combination of rigid geometry, coolant-through design and indexable inserts makes the KA160TM suitable for production runs where repeatability and low downtime are priorities. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a compact, internally cooled left-hand holder that combines compatibility with standard SDUC inserts and precise control over chip evacuation; the result is efficient, repeatable boring with reduced cycle times. Order the bar directly via Metav Werkzeuge or consult the team for application-specific advice. Boring bar KA254TM (A14Q SDUCL) – left-hand, internally cooled holder The Boring bar KA254TM is a left-hand, internally cooled toolholder designed for precision boring and turning with SDUC-style indexable inserts, suitable for production lathes and turning centres. Left-hand A14Q SDUCL holder Internally cooled for effective chip evacuation Compatible with DC-- 0702 indexable inserts 20 mm diameter, 180 mm overall length Consistent chip control for uninterrupted production The KA254TM combines an internally cooled coolant channel with a robust clamping layout to keep the cutting zone clear and temperatures stable. Internal coolant helps flush chips away from the cutting edge and reduces heat build-up, which in turn preserves insert life and maintains consistent surface finish over longer runs. The left-hand orientation and the holder geometry minimise vibration and support predictable tool behaviour when machining bores in a production environment. Built for compatibility and straightforward integration The holder carries the ISO designation A14Q SDUCL and is prepared for standard DC-- 0702 indexable inserts, allowing straightforward tool-set harmonisation for shops already using SDUC-style cutters. Key dimensions such as the 16 mm shank, 20 mm diameter and 180 mm overall length make mounting and balance predictable across standard tool turrets and toolposts. The moderate mass (0.263 kg) and compact form aid rapid tool indexing without compromising rigidity. Faster insert changes and reliable cutting geometry A secure clamping system (designation 07) and a cutting height of 30 mm permit repeatable insert seating and fast changeovers, reducing downtime. The 93° cutting angle converts to an effective axial cutting geometry that balances radial engagement and cutting force, improving bore roundness while limiting tool deflection. As a consequence, the holder supports efficient material removal with stable chip formation and reliable repeatability—attributes valued in small-batch and high-mix production alike. For application guidance and machining parameter suggestions, Metav Werkzeuge can provide data sheets and compatibility checks. Contact Metav Werkzeuge today for tailored tooling recommendations and to procure the Teknik Makina KA254TM boring bar—call +49 2822 7131930 or email info@metav-werkzeuge.com to discuss insert selection, coolant routing and set-up advice Technical Data Article number: KA254TM Brand: Teknik Makina ISO designation: A14Q SDUCL For inserts: DC-- 0702 Clamp holder designation: 07 Numbers / Core technical data Diameter: 20 mm Shank diameter: 16 mm Cutting height: 30 mm Overall length: 180 mm Weight: 0.263 kg Cutting angle: 93° Special features Internally cooled Left-hand cutting direction Compatible with SDUC indexable inserts Compact, low-mass design Prepared for DC-- 0702 insert pocket FAQ What insert type does this holder accept? The KA254TM accepts DC-- 0702 indexable inserts designed for SDUC-style toolholders. Is the coolant routed internally? Yes, the KA254TM features internal coolant to direct cutting fluid to the tool tip and assist chip evacuation. Which cutting direction is this bar designed for? This tool is a left-hand (SDUCL) holder and is intended for left-hand boring operations. What are the main dimensions to check for machine compatibility? Key dimensions are 20 mm diameter, 16 mm shank and 180 mm overall length; the weight is 0.263 kg. Who manufactures this product? This tool is supplied by Teknik Makina and listed under article number KA254TM for identification. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of the combination of precise SDUC geometry, internal coolant and a compact, rigid design for consistent internal turning — order via Metav Werkzeuge for reliable supply and expert advice. A14Q SDUCR Boring Bar (KA124TM) — SDUC for DC-- indexable inserts, right-hand, Ø20 × 180 mm, internal coolant A14Q SDUCR is a compact boring bar engineered for internal turning with SDUC-style indexable inserts, offering a right-hand cutting geometry and integrated coolant for cleaner chip evacuation Right-hand SDUC geometry Integrated internal coolant supply Ø20 mm cutting diameter, 180 mm overall length Compatible with DC-- 0702 indexable inserts Precision where internal turning demands repeatability The A14Q SDUCR boring tool pair-up brings SDUC cutting geometry to internal turning operations, combining a short overall length with a defined cutting profile. The right-hand configuration and cutting angle 93° are tuned for stable engagement in bores and recesses, reducing deflection and promoting consistent diameters. The compact mass—at 0.263 kg—helps to reduce centrifugal forces on high-speed spindles while the modest shank Ø16 mm provides a balance between access and rigidity. These characteristics translate into reproducible bore finishes and fewer reworks on serial components. Improved chip control and tool life through coolant and insert compatibility Integrated internal coolant channels concentrate coolant at the cutting edge for efficient chip evacuation and temperature control, which increases insert life and maintains surface integrity. Compatibility with DC-- 0702 indexable inserts permits quick insert changes and cost-efficient tool management: worn edges are replaced, not the entire holder. The combination of a Ø20 mm cutting diameter and a 30 mm cutting height supports secure insert seating and balanced chip flow, resulting in fewer interruptions for manual cleaning and higher net machining time per shift. Designed for seamless integration on CNC lathes and turning centres With an ISO designation of A14Q SDUCR and a practical 180 mm overall length, this boring bar fits common turret and toolpost arrangements on CNC lathes and turning centres. The right-hand cutting direction is suitable for standard spindle orientations; the tool’s geometry is intended to limit chatter and allow higher feeds where the machine and workpiece setup permit. For workshops seeking a compact, indexable solution for internal turning, the tool’s dimensions and coolant provision make it a straightforward choice for medium-duty turning of a variety of materials when paired with the correct insert grade. If additional technical data or machining recommendations are required for integration into an existing toolholder system, the Metav Werkzeuge team is available to assist with specification matching and delivery queries via info@metav-werkzeuge.com or by phone at +49 2822 7131930. For availability and expert guidance on Teknik Makina’s A14Q SDUCR boring bar (KA124TM), contact Metav Werkzeuge for tailored advice and reliable European supply Technical Data Article number: KA124TM Manufacturer: Teknik Makina ISO designation: A14Q SDUCR Product type: SDUC for DC-- indexable inserts Cutting direction: right-hand Cutting diameter: 20 mm Shank diameter: 16 mm Cutting height: 30 mm Overall length: 180 mm Weight: 0.263 kg Cutting angle: 93° Internal coolant: yes Compatible inserts: DC-- 0702 Geometry: SDUC Right-hand tool FAQ Which indexable inserts fit this boring bar? The A14Q SDUCR boring bar is designed for DC-- 0702 indexable inserts; matching the correct insert grade ensures optimal performance for the application. Is there coolant delivery to the cutting edge? Yes, the tool features internal coolant to focus coolant at the insert interface, improving chip control and prolonging insert life. What applications suit this boring bar? Intended for internal turning and bore finishing on CNC lathes, the A14Q SDUCR is best used where compact access and indexable insert economy are required. What are the key dimensions to check for toolholder compatibility? Key dimensions are Ø20 mm cutting diameter, shank Ø16 mm, and 180 mm overall length; confirm turret clearance and holder interface before fitting. Is the tool right-hand or left-hand? This tool has a right-hand cutting direction and is configured accordingly for standard spindle rotation setups. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a robust combination of precise geometry and integrated coolant to maintain stable bore quality and minimise downtime; the A16M SDQCL design supports DC-- 0702 indexable inserts for fast insert changes and consistent performance—order directly through Metav Werkzeuge or consult the technical team for application-specific recommendations. A16M SDQCL Boring Bar by Teknik Cutting Tools — 16 mm shaft, internal coolant A16M SDQCL is a left-hand boring bar designed for indexable-insert turning and boring with DC-- 0702 inserts, offering precision chip control and compact overall length for versatile workshop integration A16M SDQCL ISO designation 16 mm shaft diameter, Ø20 tip diameter Internal coolant for improved chip evacuation Compatible with DC-- 0702 indexable inserts Faster cycles through controlled chip evacuation The combination of an integrated internal coolant channel and a defined cutting angle of 107.5° reduces flank temperatures and promotes consistent chip breaking. This leads to fewer interruptions for chip clearing and steadier cycle times on repetitive boring operations. For production environments where small gains in cycle efficiency translate to measurable cost savings, the engineered coolant path and geometry help lower tool-change frequency and maintain surface finish quality, improving overall throughput. Rigidity and repeatability for stable bore geometry A solid 16 mm shaft diameter and compact overall length of 150 mm deliver the stiffness required for repeatable bore tolerances. The 30 mm cutting height contributes to stable insert seating and predictable contact conditions during cutting. The low mass (0.232 kg) supports dynamic spindle balance while the standardised clamping interface (designation 07) ensures straightforward integration into existing toolholders, reducing setup time and the risk of misalignment. Seamless integration with indexable-insert workflows Designed to accept DC-- 0702 indexable inserts, the tool follows common industry conventions for rapid insert replacement and cost-effective wear management. The ISO-style designation A16M SDQCL specifies the shank and head interface so that the boring bar fits standard toolholder systems. For operations that favour quick inserts swaps over regrinding, this configuration supports a lean tooling strategy while preserving process reliability. Practical operation, maintenance and application guidance Internal coolant feed improves tool life by directing lubricant and coolant directly to the cutting zone, limiting thermal softening of the insert and aiding chip evacuation. Left-hand cutting direction must be matched to spindle rotation and holder orientation to achieve intended cutting forces. The bar’s geometry is optimised for precision boring tasks where indexable inserts are preferred; regular inspection of clamping screws and insert seating will preserve repeatability and surface finish across production runs. For technical procurement or to discuss how the Teknik Cutting Tools A16M SDQCL boring bar can be applied in specific setups, contact Metav Werkzeuge in Emmerich—email info@metav-werkzeuge.com or call +49 2822 7131930 to arrange a tailored consultation Technical Data Article number: KA273TM Manufacturer: Teknik Cutting Tools / Brand: Teknik Makina ISO designation: A16M SDQCL Facts Shaft diameter: 16 mm Tip/working diameter: 20 mm Cutting height: 30 mm Overall length: 150 mm Weight: 0.232 kg Cutting angle: 107.5° Special features Internal coolant: yes For indexable inserts: DC-- 0702 Cutting direction: left Compatible clamping holder designation: 07 FAQ What insert type fits this boring bar? The A16M SDQCL boring bar is designed for DC-- 0702 indexable inserts, enabling quick replacement and predictable cutting geometry. Is there coolant supply through the tool? Yes, the boring bar features internal coolant to deliver lubricant directly to the cutting edge, improving chip control and insert life. Which shank and length specifications apply? The bar has a 16 mm shaft diameter, 150 mm overall length and a tip diameter of 20 mm, as indicated in the technical data. Does the bar support right-hand cutting? This model is specified for left-hand cutting direction; rotation and holder orientation must match left-hand operation. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a compact, high-precision boring bar that combines a sturdy 16 mm shank, internal coolant and compatible SDUC geometry for efficient indexable-insert turning; order directly via Metav Werkzeuge or request specialised advice from our consultants for seamless integration into existing turning operations. KA127TM Boring Bar (A16M SDUCR) – SDUC for DC-- indexable inserts, internal coolant, right-hand KA127TM is a right-hand boring bar designed for indexable-insert turning applications, engineered to accept DC-- 11T3 inserts and to deliver reliable chip control via internal coolant. Right-hand cutting orientation Internal coolant for improved chip evacuation Compatible with DC-- 11T3 inserts 180 mm overall length, 20 mm diameter Faster, more consistent metal removal for turning operations The SDUCR configuration with a 93° cutting angle is designed to deliver a stable cutting geometry that reduces vibration and improves surface finish. With a 16 mm shank and a solid 20 mm tool diameter, the tool is balanced for rigid mounting in a turret or toolholder, enabling consistent material removal on steels and general turning tasks. The internal coolant channel is integrated to support efficient chip evacuation and coolant delivery directly to the cutting zone, which helps to extend insert life and maintain process reliability. Reduced setup complexity and straightforward insert compatibility Tooling downtime is minimised by the bar’s compatibility with DC-- 11T3 indexable inserts and the SDUC seat form; insert replacement is a routine operation and does not require special adapters. The ISO designation A16M SDUCR signals a familiar mounting and handling profile for production environments, so installation and cycle changeovers are kept efficient. The compact overall length of 180 mm with a modest weight of 0.285 kg means quicker indexing and less inertia during high-speed tool changes, supporting throughput objectives in busy workshops. Improved process stability through coolant and geometry Delivering coolant internally to the cutter tip, the tool’s coolant feed reduces heat at the contact zone and improves chip breaking under demanding cutting conditions. The SDUCR geometry, combined with the right-hand cutting direction, supports reliable chip flow and repeatable process results. For operations where reproducible surface quality and predictable tool life are priorities, this bar contributes to measurable process improvements and reduced rework rates. For assistance integrating the KA127TM boring bar into existing tool chains or to discuss compatible toolholders and inserts, contact Metav Werkzeuge for expert guidance and reliable delivery from Emmerich. Technical data Article number: KA127TM SKU: KA127TM ISO designation: A16M SDUCR Type: SDUC for DC-- Indexable inserts Manufacturer: Teknik Makina Facts Shaft diameter: 16 mm Cutting height: 30 mm Diameter: 20 mm Overall length: 180 mm Weight: 0.285 kg Cutting angle: 93° Special features Internal coolant Right-hand cutting direction Compatible with DC-- 11T3 inserts SDUC configuration for indexable-insert turning Suitable for production and workshop turning operations FAQ What inserts fit this boring bar? The KA127TM boring bar accepts DC-- 11T3 indexable inserts in the SDUC seat; Teknik Makina’s SDUCR configuration ensures correct seating and secure clamping for the specified insert form. Is coolant supply integrated in the KA127TM? Yes, the bar features internal coolant, which delivers fluid directly to the cutting zone to support chip control and increase insert life for Teknik Makina’s KA127TM. What are the key dimensions for mounting? Primary dimensions for mounting are a 16 mm shaft diameter, 20 mm tool diameter, and 180 mm overall length, which align with common toolholder interfaces for indexable-insert turning. Is the KA127TM suitable for heavy-duty turning? The SDUCR geometry and 93° cutting angle provide process stability; while suitable for many turning tasks, users should match insert grade and machining parameters to workpiece material and application demands. How much does the tool weigh and how compact is it? The bar weighs 0.285 kg with a compact 180 mm overall length, making it suitable for rapid tool indexing and reduced inertial effects during operation. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Benefit from a compact, process-stable design with internal coolant and proven compatibility with CC-- 09T3 indexable inserts; this improves insert life and surface finish while keeping tool changeover straightforward. Order the A16Q SCLCL boring bar directly via Metav Werkzeuge or ask our consultants if needed. A16Q SCLCL Bohrstange — SCLC boring bar for CC-- 09T3 indexable inserts, internal coolant (Teknik Makina) The A16Q SCLCL Bohrstange is a left-hand SCLC-style boring bar intended for turning operations where insert change speed and coolant-fed chip control are required Left-hand SCLC boring bar design Internal coolant channel for chip evacuation Accepts CC-- 09T3 indexable inserts Higher throughput through vibration control and coolant-fed cutting The SCLC-style holder combines a 16 mm shank diameter with a rigid body geometry to reduce chatter and improve repeatability. The 95° cutting angle positions the insert for efficient metal removal while maintaining tool stability; this results in more consistent surface finish and fewer rejected parts. Built-in internal coolant delivers cooling and chip control directly to the cutting edge, which extends insert life and enables higher cutting parameters without compromising component quality. Reduced tooling complexity and quick insert swaps Compatibility with CC-- 09T3 indexable inserts simplifies tool management and spare-part logistics in the workshop. The tool’s cutting height 30 mm matches standard insert seatings, so insert seating and clamping remain reliable during repeated changes. Specified as an SCLC-style holder, the component supports left-hand machining cycles and is optimised for secure clamping, meaning faster set-ups and reduced non-productive time on the shop floor. Compact design for versatile machine setups With a 180 mm overall length and a body diameter 20 mm, the bar balances reach and rigidity for external and some internal turning applications. The lightweight construction (0.26 kg) aids handling and reduces toolholder load on lower-capacity turrets. The ISO designation and standardised interface make the tool straightforward to integrate into existing tooling systems, enabling predictable performance across batches and operators. For tailored advice on the Teknik Cutting Tools A16Q SCLCL boring bar and to confirm the optimum insert and holder combination, contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: KA240TM Brand: Teknik Makina ISO designation: A16Q SCLCL Compatible inserts: CC-- 09T3 Core specifications Shank diameter: 16 mm Cutting height: 30 mm Overall length: 180 mm Body diameter: 20 mm Cutting angle: 95° Weight: 0.26 kg Material & features Internal coolant: yes Cutting direction: left-hand Application: SCLC for indexable inserts Type: boring bar / tool holder FAQ Which inserts fit this boring bar? The boring bar is compatible with CC-- 09T3 indexable inserts; the SCLC interface and the 30 mm cutting height ensure correct seating and clamping for standard CC-- inserts. Is the tool suitable for coolant-through applications? Yes, the bar features internal coolant, which supplies cutting fluid directly to the insert zone for improved chip control and longer insert life. Can this bar be used for left-hand and right-hand machining? The holder is specified for left-hand cutting direction; for right-hand operations a different orientation or model is required. What is the significance of the A16Q SCLCL designation? A16Q SCLCL is the ISO-style designation describing the shank size and the SCLC holder geometry, facilitating correct selection and compatibility in turret tool stations. Is the bar suitable for deep internal boring? With a 180 mm overall length and 20 mm body diameter, the tool is best applied to shallow to moderate reach tasks where rigidity and coolant-fed cutting are priorities. Manufacturer / Responsible: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a compact, indexable solution that combines precise dimensions, reliable internal coolant and secure insert clamping to keep turning operations efficient and repeatable. Order the part directly via Metav Werkzeuge or consult the team for fitment advice. Boring bar KA110TM — SCLC for CC-- Indexable Inserts, internal coolant, 20 mm A boring bar KA110TM engineered for right‑hand turning tasks, offering coolant delivery and ISO A16Q SCLCR shank geometry for stable insert clamping in workshop and CNC applications. Internal coolant for improved tool life Right‑hand SCLCR holder design Suitable for CC-- 09T3 indexable inserts 180 mm overall length, 20 mm diameter Consistent coolant flow for controlled chip evacuation and longer life The compact boring bar is specified with internal coolant, allowing directed coolant flow close to the cutting edge. This reduces heat in the cutting zone and improves chip control, which in turn extends insert life and reduces rework. The SCLCR geometry supports axial stability during interrupted cuts, while the right‑hand cutting orientation matches standard turning routines on lathes and CNC turning centres. Measurable benefits include fewer tool changes and more predictable cycle times. Fast insert changes and dependable clamping for steady production Designed for use with indexable inserts, the holder accepts CC-- 09T3 tooling, enabling quick index or replacement of cutting edges without regrinding. The clamping arrangement is engineered to secure the insert under cutting loads, lowering the risk of chatter and maintaining repeatable surface finishes. For production environments, this translates into reduced downtime and a straightforward tool inventory strategy when paired with compatible insert ranges. Accurate dimensions that support repeatability and finish quality Key dimensions are optimised for rigidity and access: a 20 mm cutting diameter with a 16 mm shank profile and 180 mm overall length balance reach and stiffness for common turning tasks. The cutting height 30 mm and cutting angle 95° are tuned to work with the specified insert form, producing consistent chip formation and surface integrity. At a modest weight (0.26 kg) the assembly is simple to handle while maintaining the static stability necessary for precise finishes. Practical design aimed at shop efficiency and reduced tooling complexity Built to a recognised ISO designation (A16Q SCLCR), the component integrates with conventional tool posts while offering the performance benefits expected from workshop‑grade tooling. The construction supports higher machining throughput by shortening tool change cycles and simplifying tool management. For procurement teams focused on predictable supply and dependable quality, the combination of these features delivers a pragmatic return on tooling investment and smoother production planning. Teknik Makina’s manufacturing traces to established cutting‑tool practices, reinforcing the tool’s suitability for industrial use. For robust, repeatable turning operations select the Teknik Makina KA110TM boring bar and contact Metav Werkzeuge in Emmerich for specification support and fast supply Technical data Article number: KA110TM Manufacturer: Teknik Makina Name: Boring bar / Bohrstange Type: SCLC for CC-- Indexable Inserts (SCLC für CC-- Wendeplatten) ISO designation: A16Q SCLCR Core dimensions Shaft diameter: 16 mm Cutting diameter: 20 mm Cutting height: 30 mm Overall length: 180 mm Cutting angle: 95° Weight: 0.26 kg Special features For indexable inserts: CC-- 09T3 Internal coolant: yes Cutting direction: right Holder geometry: SCLCR FAQ What insert type does the holder accept? The holder is designed for CC-- 09T3 indexable inserts and is optimised for that insert form to ensure correct seating and reliable cutting performance. Is coolant delivered to the cutting edge? Yes, the tool features internal coolant, which supplies cutting fluid directly to the cutting zone to aid chip evacuation and temperature control. Which cutting direction is supported? The product is configured for right‑hand cutting, matching standard right‑hand turning operations on lathes and CNC turning centres. What are the key dimensions for machine setup? Important setup values include a 20 mm cutting diameter, 16 mm shaft diameter and 180 mm overall length; these figures guide toolholder selection and reach planning. What is the ISO shank designation and why is it relevant? The shank follows the A16Q SCLCR designation, providing compatibility with tool posts and clamping systems that accept this standardised geometry. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a left‑hand A16Q SDQCL boring bar with internal coolant and a 16 mm shank for improved rigidity and chip control; compatibility with DC-- 11T3 indexable inserts reduces setup complexity. Order directly via Metav Werkzeuge or contact our consultants for cutting‑edge toolholder recommendations. A16Q SDQCL Boring Bar (KA276TM) — Left‑hand, internal coolant by Teknik Makina A16Q SDQCL is a robust boring bar designed for left‑hand turning operations with SDQC geometry for DC-- indexable inserts Left‑hand cutting direction for specific orientations Internal coolant for improved chip evacuation Compatible with DC-- 11T3 indexable inserts 16 mm shank with 180 mm overall length Precision and consistent surface quality for production turning The A16Q SDQCL boring bar is engineered to deliver stable cutting performance in left‑hand operations. The 107.5° cutting angle provides a controlled engagement of the insert, which helps to reduce chatter and to maintain consistent surface finish during finishing passes. For manufacturers aiming to tighten tolerances and lower rework rates, this toolholder offers a reliable platform for repeatable results, combining geometric stability with straightforward insert seating. Compact design that maximises rigidity at the tool post With a 16 mm shank diameter, an effective 20 mm diameter body and an overall length of 180 mm, this toolholder balances reach and stiffness. The 30 mm cutting height and low mass (approx. 0.275 kg) minimise overhang‑related deflection, making the assembly less prone to vibration. These dimensional characteristics enhance cutting stability on small‑ to mid‑sized lathes and reduce the need for excessive reductions in feed or depth of cut to preserve part accuracy. Insert compatibility and coolant management for longer tool life Designed specifically for DC-- 11T3 indexable inserts, the SDQC pocket geometry ensures precise seating and repeatable clamping forces. The integrated internal coolant channel directs fluid to the cutting edge, improving chip evacuation, cooling the insert edge and helping to sustain cutting performance. For operations where chip control and thermal stability directly affect cycle time and insert life, this configuration supports longer, more predictable tool life and cleaner machining processes. Practical advantages for workshop integration The left‑hand orientation and compact form factor make this toolholder suitable for specialised turning set‑ups and for machines where tool approach or part orientation requires reverse cutting direction. The toolholder’s straightforward ISO designation and standard insert compatibility simplify inventory and changeover. If unsure whether this tool fits a specific machine or process, our technical team can advise on mounting and insert selection to avoid unnecessary downtime while ensuring optimal cutting conditions. Contact Metav Werkzeuge for tailored tooling advice and to arrange supply of the A16Q SDQCL boring bar through our central warehouse in Emmerich Technical data SKU: KA276TM Manufacturer: Teknik Makina Designation: Boring bar (SDQC for DC-- indexable inserts) ISO designation: A16Q SDQCL Facts Diameter: 20 mm Shank diameter: 16 mm Cutting height: 30 mm Overall length: 180 mm Weight: 0.275 kg Cutting angle: 107.5° Cutting direction: Left Special features Compatible inserts: DC-- 11T3 Internal coolant: yes Indexable insert pocket: SDQC FAQ What inserts fit the A16Q SDQCL boring bar? The A16Q SDQCL is designed for DC-- 11T3 indexable inserts with SDQC pocket geometry, ensuring accurate seating and secure clamping. Is the coolant internal or external on this toolholder? This toolholder features internal coolant, which directs fluid to the cutting edge for improved chip evacuation and insert temperature control. Which machines are best suited to use this boring bar? The toolholder is suitable for lathes that accept a 16 mm shank and benefit from a compact tool overhang; its left‑hand orientation is ideal where reverse cutting direction is required. How does the 107.5° cutting angle affect machining? A 107.5° cutting angle moderates insert engagement, helping to reduce vibration and deliver a more consistent surface finish during finishing passes. Will the A16Q SDQCL work for heavy roughing? This configuration is optimised for precision turning and finishing; for heavy roughing, a larger, stiffer toolholder and insert grade selected for high material removal should be considered. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Benefit from a compact, robust boring solution that combines internal coolant and compatibility with DC-- 0702 indexable inserts for reliable chip evacuation and stable turning. The left-hand cutting geometry and precise 107.5° cutting angle support consistent surface quality and extended insert life — order through Metav Werkzeuge or request guidance from our specialists. A16Q SDQCL – Boring bar with internal coolant for DC-- 0702 indexable inserts by Teknik Makina A durable A16Q SDQCL boring bar for left-hand turning, equipped with internal coolant and designed for use with DC-- 0702 indexable inserts in demanding shop and production environments *Internal coolant for reliable chip evacuation *Compatible with DC-- 0702 indexable inserts *Left-hand cutting direction for special turning *16 mm shank, 20 mm diameter, 180 mm length Faster cycles through controlled cooling and chip flow The combination of internal coolant and a left-hand cut direction provides measurable process stability. By directing coolant directly to the cutting zone, heat is dissipated more effectively and chips are guided away from the cutting edge, which helps to maintain a consistent cutting geometry over longer runs. The result is improved repeatability and a reduction in unexpected downtime during batch production. This technical approach favours reliable machining windows and contributes to predictable cycle times. Easy integration with indexable-insert tool systems Designed for use with DC-- 0702 indexable inserts, the turning bar simplifies reconditioning and setup. The A16Q SDQCL follows established ISO conventions for clamping and insert seating, so insert changes are fast and repeatable; this reduces machine standby time and keeps fixtures in the production schedule. Key mounting dimensions such as the 16 mm shank and 20 mm diameter ensure compatibility with standard toolholders while the 30 mm cutting height supports good insert support during normal turning operations. Geometry and balance that prolong insert life A cutting angle of 107.5° and a compact overall length of 180 mm combine to reduce vibration and loading at the insert tip. The tool's modest mass (0.282 kg) and well-considered geometry reduce dynamic deflection during cuts, which helps to preserve edge integrity and lower flank wear. Where left-hand machining is required, the orientation of the bar aids chip flow consistent with the insert geometry, resulting in cleaner finishes and a longer service interval for indexable tips. For robust left-hand turning with effective coolant management, contact Metav Werkzeuge to discuss the Teknik Cutting Tools A16Q SDQCL boring bar (SKU KA274TM) and receive tailored advice from our specialists: info@metav-werkzeuge.com / +49 2822 7131930 Technical data SKU: KA274TM Manufacturer: Teknik Makina ISO designation: A16Q SDQCL Product type: SDQC for DC-- indexable inserts Compatible inserts: DC-- 0702 Cutting direction: left Internal coolant: yes Facts Shaft diameter: 16 mm Diameter: 20 mm Cutting height: 30 mm Overall length: 180 mm Cutting angle: 107.5° Weight: 0.282 kg Special features Indexable-insert boring bar Clamping holder designation: 07 FAQ What inserts fit this boring bar? The boring bar accepts DC-- 0702 indexable inserts; the bar is specified for insert clamping consistent with SDQC-style seats. Does the bar provide coolant feed? Yes, the tool features internal coolant so fluid is delivered directly to the cutting zone to aid chip removal and reduce thermal load. Which cutting direction is this bar designed for? The bar is configured for left-hand cutting, suitable for operations that require that orientation. What are the key mounting dimensions? Relevant dimensions include a 16 mm shank, a 20 mm tool diameter and an overall length of 180 mm, which support standard toolholder integration. How does the cutting angle affect performance? The 107.5° cutting angle helps to balance cutting forces and improve surface finish while limiting deflection at the insert tip. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Efficient machining with the right-hand A16Q SDQCR boring bar delivers stable chip control and coolant-fed cutting; combined with compatibility for DC-- 11T3 indexable inserts and a 16 mm shank diameter, this tool supports precise, repeatable turning operations. Order the boring bar directly via Metav Werkzeuge or ask our consultants if needed. Boring bar KA146TM (A16Q SDQCR) – Internal coolant, 16 mm shank Boring bar KA146TM for right-hand turning with internal coolant, suited to DC-- indexable inserts for metal‑removal and finishing tasks Right-hand cutting orientation Internal coolant supply for chip evacuation Compatible with DC-- 11T3 indexable inserts Shank diameter 16 mm for secure clamping Stable, dependable metal removal where accuracy matters The combination of a rigid shank diameter 16 mm and a defined cutting angle 107.5° ensures consistent engagement with the workpiece. Internal coolant is supplied through the tool body, which supports better chip control and helps to maintain cutting edge life during longer cycles. Designed for indexable‑insert turning, the toolholder geometry is optimised for repeatable results on medium to fine feed rates, reducing rework and improving throughput. The ISO designation A16Q SDQCR indicates a standardised interface for straightforward tool selection and replacement. Integration with indexable inserts for flexible machining strategies This tool is prepared specifically for DC-- 11T3 indexable inserts, enabling quick insert changes and adaptable wear management. The 30 mm cutting height and 20 mm nominal diameter provide a balance between cutting capacity and accessibility in confined setups. Its right-hand orientation supports conventional turning operations and is suited to a broad range of workshop lathes. Weight and dimensions are kept compact (overall length 180 mm; weight 0.275 kg), which simplifies tool balancing and minimises overhang while maintaining rigidity during cuts. Practical advantages in the workshop and supply reliability Selecting a tool with internal coolant and standardised insert compatibility reduces process variability and lowers tooling logistics. The KA146TM is intended for users seeking an economical, easily managed boring solution without compromising on precision. Metav Werkzeuge’s distribution model emphasises dependable supply from Emmerich, combining fast order handling with experienced technical advice. If additional clarification of specifications is needed, technical data sheets are available and the sales team can advise on matching inserts and clamping options. Contact Metav Werkzeuge for tailored recommendations on tooling setups or to request matching indexable inserts and technical documentation. Metav Werkzeuge is available at info@metav-werkzeuge.com or by phone on +49 2822 7131930 for production-oriented guidance and order coordination. Technical Data Article number: KA146TM ISO designation: A16Q SDQCR Description: SDQC for DC-- Indexable Inserts Manufacturer SKU: KA146TM Facts Shank diameter: 16 mm Cutting height: 30 mm Nominal diameter: 20 mm Overall length: 180 mm Weight: 0.275 kg Cutting direction: Right Cutting angle: 107.5° Special features Internal coolant: yes Compatible inserts: DC-- 11T3 Right-hand orientation Tool type: SDQC holder for indexable inserts Manufacturer: Teknik Makina FAQ Which indexable inserts are compatible with this tool? The KA146TM is designed for DC-- 11T3 indexable inserts; the SDQC holder geometry secures the insert for repeatable cutting performance. Is the boring bar cooled through the body? Yes, internal coolant is provided through the tool, supporting chip evacuation and helping to extend insert life. What machine interfaces suit the A16Q SDQCR configuration? The A16Q SDQCR profile is a standard toolholder interface for lathe toolposts and turret systems that accept SDQC‑style shanks and clampings. What are the key dimensions to check before mounting? Verify the shank diameter (16 mm), overall length (180 mm) and nominal diameter (20 mm) to ensure correct clamping and sufficient clearance for the intended turning operation. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a compact, coolant-through design and secure insert compatibility to improve bore accuracy and tool life; order directly via Metav Werkzeuge or consult our specialists for application support. A16Q SDQCR Boring Bar – 16 mm shank, internal coolant | Teknik Makina A16Q SDQCR is a right-hand boring bar designed for precision internal turning with indexable inserts, suitable for general workshop and light production environments Right-hand cutting orientation with 107.5° cutting angle 16 mm shank with 180 mm overall length Internal coolant supply for stable chip evacuation For DC-- 0702 indexable inserts, secure clamping Accurate bores through stable insert geometry The A16Q SDQCR boring bar combines a precisely set cutting angle (107.5°) and a rigid clamping arrangement for DC-- 0702 indexable inserts, which results in consistently repeatable bore diameters. The specific geometry reduces cutting forces during right-hand passes, lowering deflection and improving dimensional control. For workshop managers seeking measurable improvements in first-pass yield, this configuration helps reduce rework and cycle variability while maintaining surface quality. Coolant-through routing improves tool life and surface finish A coolant-through design supplies lubricant directly to the cutting edge, promoting efficient heat removal and reliable chip evacuation. The internal coolant flow reduces thermal growth at the cutting zone, which preserves edge integrity and extends insert life; this is particularly valuable when machining steels or alloys where temperature management matters. Clear benefits include a more consistent surface finish and fewer interruptions for insert changes, supporting uninterrupted production runs. Compact dimensions for versatile mounting and access With a 16 mm shank and 180 mm overall length, the tool provides a compact footprint that suits toolposts and compact turret stations. The bar’s 20 mm diameter body and 30 mm cutting height are balanced to offer reach without excessive overhang, limiting vibration during longitudinal cuts. At just 0.282 kg, the component is lightweight yet robust, making it convenient for quick setup and compatible with a wide range of lathes and milling–turning centres where space and rigidity are both priorities. For tailored advice on integrating the A16Q SDQCR into specific machining setups, contact Metav Werkzeuge for expert guidance and dependable supply at info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: KA144TM Manufacturer: Teknik Makina ISO designation: A16Q SDQCR Numbers / Core technical data Shank diameter: 16 mm Cutting height: 30 mm Body diameter: 20 mm Overall length: 180 mm Weight: 0.282 kg Cutting angle: 107.5° Direction: right Designs / Special features For DC-- 0702 indexable inserts Internal coolant (coolant-through) SDQC for DC-- indexable inserts ISO A16Q SDQCR designation FAQ What inserts are compatible with this boring bar? The boring bar is specified for DC-- 0702 indexable inserts, ensuring correct seating and secure clamping for stable machining. Is the tool suitable for right-hand cutting only? Yes, the tool is configured for right-hand cutting direction, optimised for conventional right-hand turning operations. How does internal coolant benefit machining performance? Internal coolant delivers lubricant directly to the cutting edge, lowering temperatures, improving chip evacuation and prolonging insert life for more consistent surface finishes. What are the key mounting dimensions to check before purchase? Verify a compatible toolholder for a 16 mm shank and ensure clearance for the 180 mm overall length to avoid excessive overhang and maintain rigidity. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a robust combination of secure clamping, internal coolant and indexable‑insert compatibility for steady turning performance and reduced cycle times; order the tool directly via Metav Werkzeuge or contact our consultants for specification advice. A16Q SDUCL Boring Bar (KA256TM) – SDUC for DC-- 0702 inserts, 16 mm shank, internal coolant The A16Q SDUCL is a left‑hand SDUC boring bar designed for external turning with DC-- 0702 indexable inserts, offering extended reach and coolant‑assisted chip control for CNC turning applications 16 mm shank diameter for secure clamping Internal coolant for optimised chip evacuation Compatible with DC-- 0702 indexable inserts Left‑hand cutting orientation, 150 mm overall length Stable setup for consistent surface finish and tool life The 16 mm shank provides a secure clamping interface that reduces vibration and improves repeatability on turning centres. With a 93° cutting angle and cutting height 30 mm, the geometry is balanced for external light to medium turning where stability and surface quality are priorities. The A16Q SDUCL borrows the SDUC format to accept established insert sizes, enabling quick regrinds and insert swaps that maintain process continuity and lower per‑cut costs. This results in fewer interruptions and a measurable improvement in part consistency. Reduced cycle times through coolant and chip management Equipped with internal coolant, this boring bar delivers fluid directly to the cutting edge, improving heat control and promoting consistent cutting conditions over longer cycles. The tool’s design aids chip control and evacuation, which shortens interruptions for clearing swarf and reduces rework caused by built‑up edge. The left‑hand orientation is suitable for machine setups where counter‑direction turning is required, while the 150 mm overall length offers extra reach without compromising rigidity. The combined effect is more productive machining and fewer tool changes per shift. System compatibility that simplifies workshop logistics Designed for indexable inserts in the DC-- 0702 family, the bar aligns with common insert inventories to streamline tooling management. The SDUC geometry supports economical insert replacement instead of full tool disposal, assisting cost control across repetitive production runs. At only 0.25 kg, the tool is light to handle during setup yet engineered for secure performance once clamped. Suitable for general CNC turning applications, the solution reduces the number of specialised holders required per machine and helps maintain a standardised tooling approach across the shop floor. For tailored advice on the A16Q SDUCL boring bar and to confirm fitment for specific machines, contact Metav Werkzeuge in Emmerich by e‑mail at info@metav-werkzeuge.com or by telephone on +49 2822 7131930 for specification support and procurement assistance. Technical Data SKU: KA256TM ISO designation: A16Q SDUCL Article name (EN): SDUC for DC-- Indexable Inserts Manufacturer: Teknik Makina EClass: 21180806 Core dimensions Shank diameter: 16 mm Diameter: 20 mm Overall length: 150 mm Cutting height: 30 mm Cutting angle: 93° Weight: 0.25 kg Shank holder code: 07 Special features Compatible inserts: DC-- 0702 Internal coolant: yes Cutting direction: left SDUC geometry Suitable for CNC turning applications FAQ What insert type fits this boring bar? The boring bar is designed for DC-- 0702 indexable inserts and works with standard SDUC insert geometries for straightforward replacement and stock management. Does the bar provide coolant supply to the cutting edge? Yes, the tool features internal coolant that delivers fluid directly to the insert seat to improve heat management and chip evacuation during machining. Is this a left‑hand or right‑hand tool? This model is supplied in a left‑hand cutting orientation; select the corresponding orientation to match the machine’s turning direction and workholding. What are the key dimensions to check for machine compatibility? Important dimensions include the 16 mm shank diameter, 20 mm body diameter and 150 mm overall length; confirm these match the machine holder and clearance requirements. Which manufacturer produces this tool and what is the SKU? The tool is offered under SKU KA256TM and is produced by Teknik Makina; check the SKU when ordering to ensure correct specification. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of the combination of left-hand cutting, integrated internal coolant and a compact 16 mm shank to achieve stable internal machining with improved surface finish and reduced vibration; order the component directly via Metav Werkzeuge or request advice from our consultants. KA258TM boring bar (A16Q SDUCL) by Teknik Makina — left-hand, internal coolant The KA258TM is a left-hand boring bar designed for precision internal machining with DC-- style indexable inserts, offering compact shank geometry and coolant-through capability for productive tool life. A16Q SDUCL shank format For DC-- 11T3 indexable inserts Internal coolant supply integrated Left-hand cutting, 180 mm overall length Stable internal machining with coolant-fed cutting The bar is engineered to provide consistent stability in internal turning operations by combining a compact 16 mm shank with a Ø20 mm cutting head and an overall length of 180 mm. The internal coolant channel supplies cutting fluid directly to the cutting edge, which improves chip evacuation and reduces thermal load on the insert. This results in more reliable tool life and a finer surface finish, particularly where access is restricted and vibration must be minimised. The solid construction and modest weight (0.285 kg) support quicker spindle acceleration and controlled dynamic behaviour during interrupted cuts. Compatibility and quick toolset integration Designed to accept DC-- 11T3 style inserts, the tool follows the ISO-style designation A16Q SDUCL, ensuring straightforward integration with familiar clamping systems. The specified clamping holder compatibility value 07 guides selection of the correct holder for secure fixation. The standardised interface and indexable inserts use mean tool changes and reconditioning are fast, reducing downtime in a mixed production environment. Left-hand rotation is provided for applications that require reverse approach or specific fixture orientations, and the 93° cutting angle supports effective shear formation for common turning tasks. Practical benefits for workshop reliability and productivity With a cutting height of 30 mm and a design tuned for efficient chip control, the tool permits precise depth engagement while maintaining predictable cutting forces. The relatively light tool mass eases manual handling and machine setup, while the internal coolant lowers flank wear and helps avoid built-up edge formation. For procurement, the combination of a standardised ISO designation and widely used insert form factor delivers cost-effective stocking and simple replenishment. As a trusted supplier, Metav Werkzeuge provides a quality-controlled supply channel to European workshops, backed by decades of distribution experience and a broad product range to reduce supplier complexity. Contact Metav Werkzeuge today for a tailored quotation or technical match for the Teknik Makina KA258TM boring bar with internal coolant and DC-- 11T3 insert compatibility Technical Data Article number: KA258TM Manufacturer: Teknik Makina ISO designation: A16Q SDUCL Facts Shank diameter: 16 mm Cutting height: 30 mm Weight: 0.285 kg Cutting angle: 93° Cutting diameter: 20 mm Overall length: 180 mm Special features For DC-- 11T3 indexable inserts Left-hand cutting Internal coolant: yes Compatible clamping holder: 07 FAQ Which insert type fits this boring bar? The bar accepts DC-- 11T3 style indexable inserts; the KA258TM follows the A16Q SDUCL interface for reliable clamping. Is the coolant supplied through the tool? Yes — the KA258TM features internal coolant delivery to the cutting edge for improved chip control and reduced tool wear. What shank size is required for the holder? Use a holder compatible with a 16 mm shank; the ISO designation A16Q SDUCL clarifies the mounting geometry for the KA258TM. Can this tool be used for reverse cutting directions? The tool is a left-hand cutting bar and is intended for applications where left-hand rotation or approach is required. What are the key dimensions to check before fitting? Confirm the shank diameter (16 mm), overall length (180 mm) and the cutting diameter (20 mm) for correct fitment and reach. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of the combination of robust rigidity, internal coolant and proven compatibility with DC-- 0702 indexable inserts for consistent machining performance; order directly via Metav Werkzeuge or consult our specialists for application advice. A16Q SDUCR Boring Bar – 16 mm Shank, Internal Coolant (Teknik Makina) The A16Q SDUCR is a compact boring bar for use with DC-- 0702 indexable inserts, engineered for right-hand turning operations where stability and coolant-fed cutting are required ISO A16Q SDUCR, 16 mm shank Designed for DC-- 0702 inserts Internal coolant for chip control Right-hand cutting, 93° cutting angle Greater rigidity for repeatable bore quality The compact 16 mm shank combined with a 20 mm body diameter gives a favourable stiffness-to-length ratio that reduces vibration and improves bore roundness. A shorter overhang and a well-dimensioned cutting height (30 mm) lower the risk of chatter during finishing cuts, so the toolholder delivers consistent surface finish and dimensional stability over serial runs. For shops aiming to increase first-pass yield, this structural balance directly reduces rework and inspection time. Internal coolant that improves tool life and chip flow Built-in internal coolant channels direct cutting fluid straight to the cutting zone to support effective chip evacuation and temperature control. By flushing chips away from the insert pocket, the coolant reduces edge wear and the chance of chip re-cutting, which translates into longer insert life and fewer unexpected tool changes. In practice, this improves process reliability and helps maintain cutting parameters for longer production cycles. Fast indexable insert changes and reliable cutting geometry The boring bar is configured as SDUC for DC-- indexable inserts, accepting DC-- 0702 plates for quick insert replacement and standardised clamping. The 93° cutting angle and right-hand cutting direction support neutral to slightly negative tool engagement, easing entry into the workpiece and allowing stable material removal on typical turning centres. The indexable system minimises downtime: worn corners are exchanged rapidly without manual regrinding, keeping throughput high. Compact length and low weight for versatile mounting With a total length of 150 mm and a weight of just 0.25 kg, the bar suits compact toolposts and tight set-ups where space is limited. The modest mass reduces centrifugal loads in higher-speed turning and simplifies balancing during multi-tool configurations. For workshops that change fixtures frequently or run small-batch production, the low weight and compact footprint make handling and set-up quicker, improving overall machine utilisation. For reliable, coolant-fed boring operations with Teknik Makina quality, contact Metav Werkzeuge to discuss the A16Q SDUCR boring bar (SKU KA126TM) and application-specific recommendations – call +49 2822 7131930 or email info@metav-werkzeuge.com Technical data Article number: KA126TM ISO designation: A16Q SDUCR Manufacturer: Teknik Makina Dimensions & weight Shank diameter: 16 mm Cutting height: 30 mm Body diameter: 20 mm Overall length: 150 mm Weight: 0.25 kg Cutting angle: 93° Features & compatibility For indexable inserts DC-- 0702 Internal coolant: yes Cutting direction: right SDUC configuration for DC-- indexable inserts FAQ What insert type does this boring bar accept? The A16Q SDUCR is prepared for DC-- 0702 indexable inserts, using the SDUC plate form for simple, fast replacement. Is internal coolant integrated in the bar? Yes, the boring bar includes internal coolant channels to supply cutting fluid directly to the cutting edge and improve chip evacuation. What are the main dimensions to check when mounting? Key mounting values are the 16 mm shank diameter, 150 mm overall length and the 20 mm body diameter, which determine clamping suitability and overhang. Which cutting direction is supported? The tool is configured for right-hand cutting, matched to conventional turning and boring setups requiring right-hand engagement. How does the 93° cutting angle affect machining? A 93° cutting angle provides a near-neutral geometry that helps controlled entry into the workpiece and stable chip formation for a wide range of turning tasks. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of the combination of reliable coolant-through performance and proven compatibility with DC-- 11T3 indexable inserts for stable bore machining; order the tool directly via Metav Werkzeuge or contact their consultants for specification support. A16Q SDUCR Boring Bar – SDUC for DC-- 11T3 Indexable Inserts, coolant-through (Teknik Cutting Tools) The A16Q SDUCR is a right‑hand boring bar optimised for internal‑coolant operation and precision finishing with DC-- 11T3 indexable inserts in turning and boring applications. Coolant-through shank for improved chip evacuation Compatible with DC-- 11T3 indexable inserts Diameter 20 mm for medium‑duty boring Right‑hand cutting geometry with 93° approach Stable, repeatable boring with defined insert compatibility The tool is designed to deliver stable boring where repeatability matters: the ISO designation A16Q SDUCR identifies a shank and head geometry tailored for SDUC‑style indexable inserts, ensuring a consistent seat and clamping for every change. With an insert seat for DC-- 11T3 plates and a right‑hand cut direction, the bar reduces setup variability and keeps component tolerances tight, supporting efficient batch production and shortened inspection cycles. Controlled cooling for improved tool life and surface finish The coolant-through design provides direct lubricant and coolant to the cutting zone, lowering temperatures and flushing chips away from the insert edge. This internal coolant capability helps to extend insert life and supports better surface finish on the bore wall. For operations sensitive to thermal growth, the coolant feed contributes to dimensional stability, reducing rework and enhancing overall process economy. Robust shank and compact geometry for reliable clamping With a shank diameter of 16 mm and an external diameter of 20 mm, the bar balances rigidity and access in confined setups. The overall length of 150 mm and a cutting height of 30 mm allow efficient overhang management while maintaining clamping stability in standard toolholders. The modest mass of 0.246 kg contributes to straightforward handling without compromising mechanical stability during continuous machining. Practical advantages for workshop workflow and tooling logistics Specified with a cutting angle of 93° and a designated insert type, the boring bar simplifies procurement and inventory: compatible inserts are widely available and the standard ISO designation permits predictable replacement cycles. The tool’s compatibility and coolant provision reduce the need for special trials, enabling quicker process approval and a smoother transition from setup to serial production. For technical clarification or to arrange supply of the Teknik Cutting Tools A16Q SDUCR boring bar with coolant‑through functionality, contact Metav Werkzeuge in Emmerich by email at info@metav-werkzeuge.com or by phone on +49 2822 7131930 for immediate assistance and procurement guidance Technical data Article number: KA128TM ISO designation: A16Q SDUCR Product name: SDUC for DC-- Indexable Inserts Brand: Teknik Cutting Tools Facts Diameter: 20 mm Shank diameter: 16 mm Overall length: 150 mm Cutting height: 30 mm Weight: 0.246 kg Cutting angle: 93° Special features Compatible inserts: DC-- 11T3 Cutting direction: right Coolant: internal coolant (coolant-through) Application: boring with indexable inserts SKU: KA128TM FAQ What insert type fits this boring bar? The boring bar is specified for DC-- 11T3 indexable inserts; the seat and clamping follow the SDUC style used with the A16Q SDUCR tool. Is the tool suitable for coolant-through applications? Yes, the bar features internal coolant (coolant‑through) to deliver fluid directly to the cutting edge and aid chip evacuation. What are the main dimensions to check for tooling compatibility? Key dimensions are diameter 20 mm, shank diameter 16 mm, and overall length 150 mm for the A16Q SDUCR boring bar, which determine holder fit and overhang limits. Which direction of cut does the bar support? The tool has a right‑hand cutting geometry and is intended for conventional right‑hand boring operations using SDUC style inserts. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Benefit from the combination of internal coolant, a 16 mm shank and compatibility with TCMT 16T3 inserts for stable clamping and effective cooling; order the boring bar directly via Metav Werkzeuge or contact our consultants for tailored advice. Bohrstange KA161TM — A16Q STFCR boring bar with internal coolant by Teknik Makina The Bohrstange KA161TM is a right-hand A16Q STFCR boring bar engineered for TCMT 16T3 indexable inserts, offering internal-coolant capability for improved thermal control in precision turning. Right-hand cutting for consistent chip control Internal coolant for improved cooling and chip removal 16 mm shank diameter for secure clamping Compatible with TCMT 16T3 indexable inserts Precision clamping and steady performance for routine turning The A16Q STFCR design delivers a compact, serviceable solution for insert tooling where clamping reliability matters. With a 16 mm shank and ISO designation A16Q STFCR, the bar provides a predictable interface with standard toolholders, supporting repeatable setups and stable engagement during operations. At 0.287 kg and with a 180 mm overall length, the tool balances rigidity and accessibility, enabling consistent results in general-purpose machining and finishing tasks without unnecessary bulk. Controlled cooling and chip evacuation to extend insert life Built-in internal coolant supplies cutting fluid directly to the insert seat, which reduces heat at the cutting edge and assists chip evacuation. Paired with the TCMT 16T3 compatibility and a 90° cutting angle, this configuration supports square-shoulder and facing operations while helping to maintain tool geometry and prolong insert life. The right-hand cutting orientation promotes predictable chip flow, improving process stability and reducing rework in serial or single-part production. Practical dimensions for fast changeovers and workshop efficiency A compact overall length and defined cutting height make the bar straightforward to handle during tool changes. The 180 mm overall length and 30 mm cutting height allow for easy insertion into standard clamping systems, while the clear ISO designation streamlines inventory management and tool selection. The combination of measured dimensions and indexable-insert compatibility reduces downtime during regripping and insert replacement, supporting smoother production cycles and dependable throughput. Contact Metav Werkzeuge for expert guidance on integrating the Teknik Makina A16Q STFCR boring bar into your tooling setup and to arrange prompt supply from our Emmerich warehouse Technical data Article number: KA161TM Manufacturer: Teknik Makina Core dimensions Shank diameter: 16 mm Diameter: 20 mm Overall length: 180 mm Cutting height: 30 mm Weight: 0.287 kg Cutting angle: 90° Special features Internal coolant Compatible with TCMT 16T3 indexable inserts Right-hand cutting direction ISO designation: A16Q STFCR Clamping-holder designation: 11 FAQ Which inserts fit this boring bar? The KA161TM boring bar is designed for use with TCMT 16T3 indexable inserts, providing the correct seat and clamping form for reliable retention. Is the coolant delivered through the tool? Yes — the bar features internal coolant, so coolant is fed internally to the insert area to assist heat control and chip evacuation. What are the key dimensions to check for toolholder compatibility? Check the 16 mm shank diameter, 20 mm body diameter and 180 mm overall length to ensure compatibility with existing holders and to confirm adequate reach. What cutting operations is this bar suited to? With a 90° cutting angle and right-hand orientation, the tool is suited to square-shoulder turning and general facing where insert interchangeability and controlled cooling are required. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of a compact, coolant-fed boring bar that combines precise insert compatibility and robust shaft dimensions for reliable finishing and semi-finishing operations; order directly via Metav Werkzeuge or consult the technical team for application-specific advice. Boring bar KA221TM — SVQC for VCMT indexable inserts, 107.5° cutting angle (Teknik Makina) Boring bar designed for right-hand turning with internal coolant, compatible with VBMT 1103 indexable inserts for accurate and repeatable metalcutting in workshop and production environments Right-hand indexable boring bar Compatible with VBMT 1103 inserts Internal coolant for improved chip control Shaft Ø16 mm, overall length 180 mm Stable chip control and predictable cycle times The combination of internal coolant and an optimised 107.5° cutting angle delivers more consistent chip formation and evacuation, which reduces the risk of built-up edge and tool chatter during interrupted or continuous cuts. For production environments prioritising cycle-time stability, the coolant-fed design supports better thermal management at the cutting edge and helps maintain repeatable results across batches. This yields a measurable benefit in process reliability rather than only a marginal tool-life gain. Short set-up and secure clamping for precision bores The ISO designation A16Q SVQCR and the Ø16 mm shaft provide a compact yet rigid interface that reduces run-out and vibration when clamped in standard toolholders. Combined with a 20 mm diameter head and a total length of 180 mm, the geometry suits close-tolerance internal turning where access and stiffness must be balanced. Indexable inserts such as VBMT 1103 are straightforward to seat and replace, enabling quick reconditioning of the tool assembly and minimising downtime between operations. Practical workshop advantages and handling Weighing 0.271 kg and finished for indexable-insert use, the tool offers an easy-to-handle solution for both small jobbing shops and larger CNC cells where changeover speed matters. The SVQC configuration for VCMT-style inserts simplifies tooling stock by aligning with widely available insert formats and grades. With right-hand cutting orientation and a robust mounting form, the boring bar supports conventional turning strategies while reducing the need for specialised fixtures. For specification matching or to arrange supply of the KA221TM, contact Metav Werkzeuge — call +49 2822 7131930 or email info@metav-werkzeuge.com; the Metav consultants will assist with suitability and delivery. Technical data Article number: KA221TM Manufacturer: Teknik Makina ISO designation: A16Q SVQCR Diameter: 20 mm Shaft diameter: 16 mm Overall length: 180 mm Cutting height: 30 mm Weight: 0.271 kg Cutting angle: 107.5° Compatible inserts: VBMT 1103 Internal coolant: Yes Cutting direction: Right-hand Application family: SVQC for VCMT indexable inserts Files: 62de7ddf0aced56449540e84, 62de7ec50f56dbb4de4dbf2f FAQ Which insert types fit this boring bar? The KA221TM is specified for VBMT 1103 style inserts; the SVQC geometry is matched to VCMT/VBMT indexable insert formats for straightforward compatibility. Is the tool coolant-fed? Yes — the boring bar features internal coolant to support chip evacuation and improved edge stability during turning operations. What are the key dimensions for mounting and set-up? Mounting-relevant data: Ø16 mm shaft, overall length 180 mm, head diameter 20 mm, ISO designation A16Q SVQCR for correct toolholder selection. Which cutting direction is intended? The tool is designed for right-hand cutting operations and is optimised for conventional right-handed spindle rotation in lathes and turning centres. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Benefit from a robust ISO-design boring bar that combines a rigid 16 mm shank, internal coolant and compatibility with VCMT 1103 inserts for predictable turning performance; order the KA300TM via Metav Werkzeuge or consult our specialists for application advice. KA300TM Boring bar A16Q SVUCL — 16 mm shank, internal coolant (Teknik Makina) The KA300TM is a left-hand boring bar designed for turning operations with VCMT 1103 indexable inserts, offering ISO A16Q SVUCL compatibility for reliable workshop integration Left-hand cutting for lathe turning Internal coolant to the cutting edge ISO A16Q SVUCL compatibility 16 mm shank with 180 mm length Engineered for efficient left-hand machining The A16Q SVUCL designation denotes a standardised holder, streamlining selection and replacement in production environments. Intended for left-hand operations, this boring bar accepts VCMT 1103 indexable inserts, enabling repeatable cutting geometry and predictable chip formation. The left-hand orientation and a 93° cutting angle make it suitable for facing and internal turning tasks where controlled entry and exit angles reduce vibration. As a purpose-built tool, it supports higher process stability and consistent part quality. Coolant-fed design that protects inserts and surface finish A key benefit is the internal coolant provision, which directs coolant precisely to the insert seat and cutting zone. This targeted flow reduces cutting temperatures, improves chip control and extends insert life, resulting in fewer tool changes and steadier cycle times. The construction also helps maintain surface integrity on the workpiece, so finishing passes can be shortened or avoided. For operations prioritising tool life and surface quality, the coolant-fed geometry delivers a clear efficiency advantage. Compact dimensions and straightforward workshop integration Compact and lightweight at 0.268 kg, the bar features a 20 mm nominal diameter, a 16 mm shank and an overall length of 180 mm, offering a balance of rigidity and accessibility in confined setups. The 30 mm cutting height provides secure seating for the VCMT plate, while the ISO conformity simplifies sourcing and inventory. The tool’s concise form factor supports close-offset boring and reduces overhang, lowering the risk of chatter and improving dimensional accuracy on medium-duty turning tasks. For reliable left-hand turning and coolant-fed performance from Teknik Makina, contact Metav Werkzeuge to confirm fitment and secure supply of the KA300TM through our specialist team Technical data Article number: KA300TM Manufacturer: Teknik Makina ISO designation: A16Q SVUCL Core specifications Diameter: 20 mm Shank diameter: 16 mm Overall length: 180 mm Cutting height: 30 mm Cutting angle: 93° Weight: 0.268 kg Special features For indexable inserts: VCMT 1103 Cutting direction: left-hand Internal coolant: yes SVUC style holder for secure clamping FAQ What inserts fit this boring bar? The KA300TM is designed for VCMT 1103 indexable inserts and the SVUC holder geometry secures the plate for stable turning. Is the coolant routed to the cutting edge? Yes, the bar features internal coolant delivery that supplies coolant directly to the insert zone to reduce temperature and improve chip control. Can this bar be used for facing as well as internal turning? The left-hand A16Q SVUCL holder and 93° cutting angle make it suitable for facing and internal turning tasks where a left-hand approach is required. What are the key dimensions to check before ordering? Refer to the KA300TM data: 20 mm diameter, 16 mm shank, 180 mm overall length and 30 mm cutting height to ensure compatibility with the machine and turret. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Benefit from a rigid left-hand boring bar with internal coolant and a 16 mm shank that improves chip control and extends insert life; the precise geometry and secure clamp reduce vibration for consistent surface finish. Order the A16R PWLNL through Metav Werkzeuge or request specialist advice from our consultants. A16R PWLNL boring bar – PWLN for WNMG indexable inserts, 16 mm shank, internal coolant (Teknik Makina) The Bohrstange A16R PWLNL is a left-hand boring bar engineered for WNMG 0604 indexable inserts, intended for stable external turning and accurate insert positioning in production environments Left-hand cutting direction Internal coolant supply 16 mm shank diameter Compatible with WNMG 0604 inserts Precision and vibration control for repeatable turning The A16R PWLNL is built around a compact, rigid shaft that gives stable cutting even in interrupted cuts. A 16 mm shank combined with the tool's 20 mm outer diameter and a 95° cutting angle reduces bending moments and improves concentricity when paired with appropriate toolholders. The design focuses on repeatability: secure clamping for WNMG 0604 inserts minimises axial play, which translates into consistent diameters and improved surface finish. For workflows where small deviations are critical, the robust geometry contributes directly to process reliability and fewer rework cycles. Cooler cutting zones and better chip evacuation Integrated internal coolant (through-tool cooling) channels coolant directly to the cutting edge, lowering temperature at the insert contact zone and improving cutting-edge life. This targeted coolant delivery assists in chip control and helps maintain stable cutting conditions, especially during longer runs. Reduced heat generation leads to steadier cutting forces and, in many cases, longer intervals between insert changes. For shops aiming to raise overall machining uptime, the coolant feature is a practical performance enhancer that supports higher productivity without complex adaptations. Compatibility, handling and workshop advantages The bar accepts WNMG 0604 indexable inserts and is specified as ISO A16R PWLNL, simplifying selection and ensuring interchangeability with standard inserts. The left-hand cutting orientation is suited to setups that require reverse feed direction or specific lathe configurations; the clamp designation 06 clarifies which clamping systems are compatible. With an overall length of 200 mm, a 40 mm cutting height and a net weight of 0.326 kg, the tool is compact to mount and balances well in moderate-duty turning applications. The modular nature of indexable tooling reduces spare-part diversity while keeping setup changes quick and predictable. For technical specification checks or to discuss application fit for the Teknik Makina A16R PWLNL, contact Metav Werkzeuge in Emmerich for tailored advice and prompt supply coordination Technical data Article number: AP388TM Manufacturer: Teknik Makina Designation: A16R PWLNL Type: PWLN for WNMG indexable inserts Core dimensions Diameter: 20 mm Shank diameter: 16 mm Cutting height: 40 mm Overall length: 200 mm Cutting angle: 95° Weight: 0.326 kg Features Fits WNMG 0604 inserts Left-hand cutting Internal coolant Clamp designation 06 ISO A16R PWLNL FAQ How does the internal coolant affect tool life and surface finish? Internal coolant delivers fluid directly to the cutting edge, reducing heat and aiding chip evacuation; the A16R PWLNL’s built-in coolant channel helps maintain cutting-edge integrity and can improve surface finish and insert longevity. Which inserts and clamp size are compatible with this boring bar? The bar is made for WNMG 0604 indexable inserts and uses clamp designation 06, allowing standard clamping systems for secure insert retention with the A16R PWLNL (Teknik Makina, SKU AP388TM). What does left-hand cutting mean in practice? Left-hand cutting indicates that the cutting action proceeds against a leftward feed direction; the A16R PWLNL is intended for setups where the tool feeds from right to left relative to the workpiece rotation. Can this tool be used for heavy roughing or is it for finishing? The boring bar’s rigid 16 mm shank and 20 mm diameter provide good stiffness for many external turning tasks; suitability for roughing or finishing depends on insert grade and machine capability rather than the bar alone. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; eMail: info@metav-werkzeuge.com

Take advantage of the combination of rigid clamping and precise insert compatibility for consistent turning results; the 16 mm shank and compatibility with WNMG 0604 inserts ensure stable performance in left-hand operations. Order the tool via Metav Werkzeuge or consult Metav's specialists for application-specific advice. A16R PWLNL Boring Bar – PWLN for WNMG indexable inserts, 16 mm shank (Teknik Makina) the A16R PWLNL boring bar is a left-hand turning toolholder optimised for external machining with WNMG 0604 indexable inserts, offering extended reach and secure clamping for demanding workshop use 16 mm shank diameter for stable clamping Compatible with WNMG 0604 indexable inserts 95° cutting angle for secure chip control 200 mm overall length for extended reach Stable clamping and reproducible cutting performance The design centres on a 16 mm shank that provides a secure connection to the tool post, reducing vibration and increasing repeatability. This rigidity translates into consistent surface finish and longer insert life when machining steels and general-purpose materials. The ISO designation A16R PWLNL denotes the shank and holder geometry, enabling straightforward tool selection and compatibility checks in CNC setups. By focusing on mechanical stability, the holder supports higher feed rates without compromising part accuracy. Insert compatibility that simplifies setup and inventory Built for WNMG 0604 indexable inserts, the toolholder accepts standard negative inserts common across many workshops, simplifying tooling logistics. The 95° cutting angle is tuned for effective chip formation and edge engagement, which helps maintain predictable cutting forces and reduces the risk of chatter. For procurement and maintenance teams, the use of established insert types minimises the need for specialised stock and accelerates changeover times on multi-shift lines. Extended reach with controlled chip flow and access With an overall length of 200 mm and a nominal diameter of 20 mm, the boring bar is engineered to reach deeper external features while maintaining control over chip evacuation. The left-hand cutting direction suits operations where tool orientation or part clamping dictates reverse approach tooling. A measured mass of 0.316 kg keeps inertia low, aiding rapid spindle speed changes and improving dynamic response during interrupted cuts. These characteristics combine to offer a balance between reach and stability for medium-duty turning tasks. Practical use cases and workshop integration This holder is aimed at industrial and professional workshops requiring a reliable solution for external turning with indexable inserts. Typical applications include finishing and semi-finishing of turned parts where a compact holder with predictable engagement is needed. The compatibility with established insert geometries and the clear ISO marking contribute to fast tool management and predictable replacement cycles. If application details require validation, Metav's specialists can supply further cutting data and mounting advice to match the machining setup. Choose Teknik Cutting Tools' A16R PWLNL boring bar for robust left-hand machining — contact Metav Werkzeuge in Emmerich for tailored technical guidance and reliable supply via info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: P388TM Manufacturer: Teknik Makina Facts Shank diameter: 16 mm Diameter: 20 mm Overall length: 200 mm Cutting angle: 95° Cutting height: 40 mm Weight: 0.316 kg Special features ISO designation: A16R PWLNL Compatible inserts: WNMG 0604 Cutting direction: left eClass: 21180806 FAQ What insert size is recommended for this boring bar? The A16R PWLNL boring bar (P388TM) is specified for WNMG 0604 indexable inserts, which fit the pocket and deliver the intended cutting geometry for left-hand external turning. Is the holder suitable for deep-reach turning operations? Yes, the holder’s 200 mm overall length and 20 mm diameter provide extended reach while maintaining control; the mass of 0.316 kg helps preserve dynamic stability during longer overhangs. Which cutting direction is intended for this tool? The toolholder is manufactured for left-hand cutting, making it appropriate for setups and lathes that require reverse-orientated tooling. How is the tool identified for procurement and replacement? Identification is via the SKU P388TM and the ISO designation A16R PWLNL; Teknik Makina specifies these markings for consistent procurement and replacement. Manufacturer: Teknik Cutting Tools, Buyukkayacık OSB Mah.422 Nolu Sokak.No:9, Selcuklu/KONYA/TURKEY / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com