Secure and precise workholding for metalworking productivity
Workholding devices such as workpiece clamps and chuck systems provide absolute positional stability and vibration damping during milling, turning, drilling and grinding, ensuring parts remain free of play under high CNC cutting and feed forces. By transferring clamping loads into the machine table or spindle without deforming the component, a well engineered workholding solution improves machining accuracy, surface finish and process reliability while reducing set-up times. Modular systems from machine vices and chucks to zero-point systems and specialised fixtures enable fast changeovers and support both serial and single-part production, delivering consistent clamping force, repeatability and enhanced throughput.
50mm Magnetic Chuck Fine Pole Distribution, 28A Holding Force - Vertex
Take advantage of the combination of fine pole distribution, high magnetic force and robust mass for reliable, repeatable clamping in precision machining. Order the magnetic chuck directly via Metav Werkzeuge or ask our consultants if additional details are required. Magnetic chuck VGF-2045B — magnetic chuck with fine pole distribution and magnetic force 28 A Magnetic chuck VGF-2045B designed for secure, repeatable workholding in machining and grinding applications, featuring a compact 50 mm profile and purpose-built fine-pole layout. Fine pole distribution for precise clamping High magnetic force 28 for secure holding Solid construction, 36 kg mass for stability 50 mm height, compatible with standard setups Greater process stability through concentrated holding power The chuck combines a fine pole distribution with a measured magnetic force of 28 to ensure stable clamping of ferrous components. The relatively high mass of 36 kg and a slim 50 mm profile reduce vibration and support consistent machining results, which enhances throughput and lowers the rate of rework. This configuration promotes a steady setup time and improves surface finish by limiting micro-movements during cuts. The design prioritises mechanical robustness and predictable performance for shops that require dependable holding during milling and grinding. How fine-pole technology improves part accuracy Fine-pole technology distributes the magnetic field across many small poles, creating a uniform magnetic field that increases contact area with small or irregular parts. This reduces the need for auxiliary fixtures and minimises marking on worked surfaces while still providing secure retention. For delicate or geometrically complex components, the distributed field yields better seat and orientation compared with coarse-pole chucks, leading to improved precision and fewer alignment steps. The principle is straightforward: more even magnetic pressure equals more consistent machining outcomes. Designed for efficiency, handling and shop-floor integration Built as a Type B unit by Vertex, the chuck’s construction focuses on workplace efficiency and safe handling. The weight contributes to stability, damping tremor under load, while the modest height supports compatibility with many machine tables without excessive setup adjustments. The combination of fine-pole design and sturdy mass shortens clamping cycles and supports higher repeatability between batches. For procurement and operations teams this translates into measurable gains in cycle time and reduced machine downtime, reinforcing a rational case for inclusion in regular workholding inventories. Contact Metav Werkzeuge to discuss how the Vertex VGF-2045B magnetic chuck can be integrated into existing machining processes; our specialists in Emmerich provide tailored advice and rapid supply options Technical data SKU: VGF-2045B GTIN: 4061905086151 Type: B ECLASS: 21020809 Core specifications Weight: 36 kg Height: 50 mm Magnetic force: 28 Special features Fine pole distribution Brand: Vertex Image available FAQ What materials is the chuck suitable for? The magnetic chuck VGF-2045B is intended for ferrous workpieces and benefits machining processes that require magnetic retention and stable clamping. How does the fine pole distribution affect small workpieces? Fine pole distribution on the VGF-2045B creates a uniform magnetic field, improving contact and retention for small and irregular components without excessive marking. What dimensions and mass should be considered for machine compatibility? The unit has a height of 50 mm and a mass of 36 kg; these values should be checked against the machine table and load limits before installation. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Magnetic Chuck With Fine Pole Distribution, 28 N/cm Holding Force - Vertex
Take advantage of a compact, high‑stability magnetic clamping solution that combines fine pole distribution with substantial holding capacity and a low profile for tight machine envelopes. Rely on the robust mass and repeatable magnetic force to reduce setup time and maintain process stability. Order directly via Metav Werkzeuge or consult the Metav team for application advice. VGF-1530B Magnetic chuck (Type B) — fine pole distribution, 50 mm height The VGF-1530B is a Type B magnetic chuck with fine pole distribution, designed for precise workholding where uniform contact and a compact profile are required in machining and grinding environments. Fine pole distribution for uniform clamping Compact 50 mm profile for low centre height Magnetic force rating 28 for dependable hold Robust 18 kg mass enhances machining stability Precision clamping that safeguards surface quality and repeatability The combination of a fine pole distribution and a stable magnetic circuit delivers consistently even clamping pressure across the workpiece surface. This reduces distortion and surface marking, which in turn helps to preserve component tolerances during material removal. The unit’s magnetic force is specified as 28, providing a dependable hold that supports uninterrupted machining cycles. The mass of the assembly contributes to damping and reduces vibration, improving finishing results and repeatability between batches. Compact profile for easier integration into existing setups With a 50 mm compact height, the chuck minimises changes to machine centre height and permits installation in confined machine spaces without extensive fixturing modifications. The low profile helps to maintain tool reach and cutting geometry, so operators can retain familiar setups while benefiting from stronger, more uniform clamping. The design suits production cells where space efficiency and consistent datum control are essential for throughput and quality. Built for continuous production with low maintenance The magnetic clamping plate is engineered for straightforward, long‑term operation: a stable magnetic system with minimal routine servicing keeps lifecycle costs low and downtime to a minimum. The durable construction and even pole layout mean set‑up times are reduced and handling is simplified, which supports faster changeovers and steadier production rates. For procurement teams, the device represents a practical balance of reliability and operational efficiency from a recognised industrial brand. Contact Metav Werkzeuge today to secure the Vertex VGF-1530B magnetic chuck with fine pole distribution and receive tailored advice from Metav Werkzeuge on application and integration. Technical data SKU: VGF-1530B GTIN: 4061905085543 Type: B eClass: 21020809 Facts Height: 50 mm Weight: 18 kg Magnetic force: 28 Special features Fine pole distribution Brand: Vertex Product image available: https://files.plytix.com/api/v1.1/file/public_files/pim/assets/57/c3/98/62/6298c3575d155f1bc7e497fd/images/b5/2f/97/63/63972fb5c806fb82109e3432/vgf-1018b.jpg FAQ What types of workpieces are suitable for use with this magnetic chuck? The VGF-1530B is intended for clamping ferromagnetic workpieces, where magnetic clamping offers a secure, even hold for machining and finishing operations. How does the fine pole distribution benefit machining results? Fine pole distribution increases contact uniformity and reduces localised pressure peaks, improving surface finish and dimensional stability during cutting and grinding on the magnetic chuck. What does the 50 mm height mean for machine setup? A compact 50 mm profile keeps changes to centre height minimal and allows integration into machines with limited clearance while maintaining familiar tool geometry. Is the VGF-1530B suitable for repetitive production runs? Yes; the stable magnetic force and substantial mass of the clamping plate are designed to support consistent, repeatable clamping throughout series production. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Magnetic Chuck With Fine Pole Distribution, 28 N/cm Magnetic Force - Vertex
Secure workholding with a fine pole distribution and a compact 50 mm profile ensures consistent accuracy in small-part machining; combine reliable clamping and robust construction for fewer reworks and stable cycle times. Order the VGF-1535B magnetic chuck directly via Metav Werkzeuge or ask our consultants if needed. VGF-1535B Magnetic Chuck – fine pole distribution, 50 mm height by Vertex VGF-1535B is a magnetic clamping plate designed for secure fixation of small to medium workpieces in machining and grinding applications Fine pole distribution for small workpieces Rated magnetic force: 28 Robust 50 mm height construction Weighs 21 kg for stable machining Consistent clamping for precise machining cycles The magnetic workholding plate delivers repeatable grip for short production runs and precision tasks, reducing repositioning time and scrap rates. The fine pole distribution is engineered to increase contact area on smaller components, which improves holding stability without increasing surface distortion. With a compact profile and solid mass, the unit helps maintain concentricity during turning and milling, contributing directly to cycle reliability and lower downstream inspection effort. Low-profile design that suits constrained setups A shallow construction facilitates integration into low-clearance fixtures and enables use on tables with limited Z travel while retaining sufficient holding performance. The compact geometry supports close-proximity tooling and short overhangs, meaning setups can be completed faster and with less adjustment. Built to work in workshop conditions, the clamping plate balances stiffness and accessibility for manual loading as well as automated workholding, simplifying changeovers and reducing non-productive time. Workshop safety, handling and lifecycle benefits Robust mechanical design and clear handling characteristics make the device suitable for frequent use in production environments. Stable mass and even pole spacing reduce the risk of part movement under machining loads, while the construction allows measured cleaning and inspection intervals to preserve magnetic performance. For operators and engineers, this translates into predictable maintenance cycles and fewer unexpected interruptions to production — backed by proven manufacturing from Vertex and supply reliability through Metav Werkzeuge. Choose the Vertex VGF-1535B for fine-pitch clamping where space and accuracy matter, and contact Metav Werkzeuge in Emmerich for a tailored quotation or technical consultation including specification support Technical data SKU: VGF-1535B GTIN: 4061905085253 Manufacturer: Vertex Facts Weight: 21 kg Height: 50 mm Magnetic force (rating): 28 Special features Fine pole distribution Type: B ECLASS: 21020809 FAQ Is the magnetic chuck suitable for small, delicate workpieces? The VGF-1535B magnetic chuck from Vertex is designed with a fine pole distribution to improve contact on small components and reduce the risk of movement during machining. Can the plate be used on both milling and grinding machines? Yes, the magnetic clamping plate VGF-1535B is suitable for a range of machining and grinding operations where a low-profile, stable hold is required. How does the fine pole distribution affect part surface condition? Fine pole spacing on the Vertex VGF-1535B spreads the holding force more evenly across small surfaces, which helps to minimise local distortion while maintaining secure fixation. What are the main handling considerations for this magnetic chuck? Due to its mass (21 kg) and compact height (50 mm), the VGF-1535B should be handled with appropriate lifting aids or team lifting for safe mounting and removal. Is technical documentation available for setup and maintenance? Technical documentation and specification details for the Vertex VGF-1535B are available; Metav Werkzeuge can provide additional guidance on correct installation and maintenance practices. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Magnetic Chuck With Fine Pole Distribution, 28N Holding Force - Vertex
Benefit from the fine pole distribution, a compact 50 mm profile and a magnetic force rating of 28 for dependable clamping and repeatable setups; order the magnetic chuck directly via Metav Werkzeuge or consult the specialists for application support. Magnetic chuck VGF-1018B — Vertex, fine pole distribution, 50 mm height The Magnetic chuck VGF-1018B is a low-profile magnetic clamping plate engineered for reliable holding of ferrous workpieces in milling, grinding and general machining environments. Fine pole distribution for small parts Magnetic force rating 28 for stable clamping Compact 50 mm height for low-profile setups Solid 7 kg mass for improved stability Faster setups and predictable clamping performance The compact design delivers a measurable advantage in cycle times: the magnetic force rating of 28 provides consistent holding power while the fine pole distribution reduces the minimum contact area required for small components. This pole layout increases contact points and improves surface conformity, which helps to reduce vibration and minimise rework. The reduced clamping variability translates into shorter set-up durations and greater process reliability for repetitive series production, increasing throughput without changing tooling. Low-profile design for closer tool approach and greater flexibility A slim 50 mm profile allows a closer approach of the cutting tool and lowers the workpiece centre of gravity, enabling more rigid support and safer machining when space is limited. The relatively solid 7 kg mass contributes to damping during cutting, while the compact footprint supports easy integration into existing fixtures or machine tables. For workshops seeking to optimise spindle access and reduce overhang, the compact profile enhances machining options and simplifies fixture design. Practical workshop use and support from an experienced supplier Maintenance is straightforward: keeping the pole faces clean and free of swarf preserves clamping efficiency and surface quality. The simple mechanical concept avoids complex service routines and suits both shop-floor use and demanding tooling environments. Metav Werkzeuge combines a broad product range with application know-how; their catalogue and advisory service support the selection and integration of Vertex clamping solutions, backed by a European logistics hub that acts as a quality filter for reliable supply. For tailored advice on integrating the Vertex VGF-1018B into production, contact Metav Werkzeuge's specialists at info@metav-werkzeuge.com or call +49 2822 7131930 to discuss clamping requirements and lead times. Technical data Article number: VGF-1018B GTIN: 4061905083471 Manufacturer: Vertex ECLASS: 21020809 Dimensions & performance Height: 50 mm Weight: 7 kg Magnetic force: 28 Features Fine pole distribution Type: B Product type: Magnetic chuck UID: VGF-1018B FAQ What size workpieces suit this magnetic chuck best? The Vertex magnetic chuck VGF-1018B performs well with small to medium ferrous workpieces where a fine pole distribution is required for improved contact and positioning. How does the fine pole distribution affect machining results? Finer pole spacing increases contact points and reduces marking on small components, so the VGF-1018B helps to improve surface finish and reduces the need for secondary operations. Is the VGF-1018B suitable for low-clearance setups? Yes, the compact 50 mm profile is designed to allow a closer tool approach, making it appropriate for low-clearance fixtures and tight machine environments. What basic maintenance does the chuck require? Regular cleaning of the pole faces and removal of swarf preserves clamping performance; the VGF-1018B relies on straightforward upkeep rather than complex servicing. Can the magnetic chuck be integrated into existing fixtures? The VGF-1018B’s compact format and standard mounting dimensions support easy integration into fixtures and machine tables for improved flexibility. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Magnetic Chuck With Fine Pole Distribution, 28N Magnetic Force - Vertex
Take advantage of the combination of precise clamping for small parts, a compact 50 mm profile and consistent holding power to keep machining runs efficient and repeatable. Order directly via Metav Werkzeuge or consult our specialists for tailored technical advice. Magnetic chuck VGF-1018BS (fine pole distribution) by Vertex – 50 mm profile, magnetic force 28 Magnetic chuck VGF-1018BS is a compact magnetic clamping plate designed for secure holding of ferrous workpieces in machining and measuring operations Fine pole distribution for small workpieces Compact 50 mm profile for limited spindle clearance Secure magnetic force 28 for steady clamping Precise clamping for small, intricate components The Magnetic chuck VGF-1018BS uses a fine pole distribution to distribute magnetic field lines in close intervals, which improves contact across small or irregular surfaces. This reduces the need for additional mechanical fixturing and minimises repositioning time. The result is improved repeatability and fewer rejects in batch runs, which supports higher throughput on milling, grinding or inspection stations. The fine-pole design is particularly beneficial when working with thin or small parts that would otherwise rock or lift on coarser pole layouts. Low-profile design that keeps machines accessible With a 50 mm height, the clamping plate offers a low-profile solution that helps preserve spindle clearance and reduces the risk of collisions in compact setups. The reduced vertical envelope makes integration into existing workstations straightforward, while still delivering a stable clamping surface. This compact form factor supports flexible fixturing plans and keeps tooling lines short, contributing to faster job changes and a more efficient shop-floor workflow. Reliable holding performance and simple handling Engineered to provide consistent clamping, the plate’s magnetic force 28 gives a dependable grip on ferrous materials during machining operations. At a practical weight of 7 kg, the unit is sturdy yet manageable for workshop handling and positioning. The magnetic clamping principle eliminates mechanical stress points on the workpiece, reducing distortion and the need for repeated alignments. These attributes combine to lower cycle times and protect critical tolerances, delivering measurable gains in production reliability. For specific application queries or to secure a Vertex VGF-1018BS magnetic chuck for the workshop, contact Metav Werkzeuge’s Emmerich quality team via info@metav-werkzeuge.com or call +49 2822 7131930 to obtain detailed technical documentation and purchasing options Technical Data SKU: VGF-1018BS GTIN: 4061905094965 Brand: Vertex Type: BS ECLASS: 21020809 Facts Height: 50 mm Weight: 7 kg Magnetic force: 28 Special features Magnetic clamping plate Fine pole distribution FAQ What is the main advantage of a fine pole distribution? A fine pole distribution provides closer magnetic poles across the clamping surface, improving contact on small or irregularly shaped ferrous parts and reducing the need for additional fixtures for precision work. Which machines is this magnetic plate intended for? The VGF-1018BS magnetic clamping plate is intended for stationary machining and inspection equipment where magnetic fixturing of ferrous workpieces is suitable. What holding performance can be expected? The specified magnetic force is 28, which provides dependable holding for many standard machining tasks; final suitability depends on workpiece geometry and cutting forces. How does the 50 mm profile benefit workshop layout? A 50 mm height conserves spindle clearance and allows installation in tight envelopes, supporting compact fixturing and quicker machine set-ups. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Magnetic Chuck With Fine Pole Distribution, 30 N Magnet Force - Vertex
Take advantage of the combination of compact dimensions, very fine pole distribution and a stable magnetic rating for reliable, low-profile workholding in precision applications; order the magnetic chuck directly via Metav Werkzeuge or consult their specialists for system integration. VRTW-1018A Magnetic chuck (Type A) — compact 100 x 175 mm, 50 mm height by Vertex VRTW-1018A is a magnetic chuck designed for precise clamping of small to medium workpieces, offering a very fine pole distribution for improved contact and machining accuracy. Very fine pole distribution Compact 100 x 175 mm footprint 50 mm overall height Robust construction, 7 kg mass Precision clamping in a compact footprint The magnetic chuck delivers focused holding power on a small surface area without adding unnecessary bulk to the machine table. With a 100 x 175 mm footprint and a low profile of 50 mm, this unit is suited to tight set-ups where vertical clearance is limited. The very fine pole distribution improves contact on thin or irregular parts, reducing the need for additional fixturing and increasing effective machining area. Such a configuration supports higher part density on the table while maintaining the precision required for repeatable surface finishes. Predictable holding force for consistent machining results Engineered to provide a stable magnetic rating, the chuck is specified with a magnetic force of 30, ensuring reliable grip during milling, grinding and light turning operations. Predictable retention reduces vibration and micro-movement, which in turn lowers scrap rates and rework. The magnetic system's behaviour is straightforward to assess during set-up, enabling quicker cycle starts and improved throughput — a clear rational advantage in production and small-batch manufacturing where process consistency matters. Streamlined integration into existing workflows Designed for workshops that prioritise efficient fixturing, the unit’s compact mass and profile simplify table planning and toolpath clearance. The chuck is compatible with standard machining processes and can be incorporated into jigs or dedicated fixtures where space is a premium. For equipment selection and integration advice, Metav’s specialist offering combines product range and practical guidance to help match the clamping solution to the intended process, thereby reducing procurement complexity and downtime during implementation. Durable design with minimal maintenance requirements At a mass of 7 kg, the construction balances solidity with manageable handling during installation and storage. The fine pole layout is less prone to localised wear on contact points, supporting longer intervals between maintenance tasks. Regular cleaning of pole faces and magnetic surfaces preserves clamping performance; when serviced according to routine workshop practice, the chuck continues to deliver the stable holding characteristics that contribute to dependable production output. For precision clamping with Vertex quality, contact Metav Werkzeuge for tailored advice and ordering — eMail: info@metav-werkzeuge.com | Tel: +49 2822 7131930 Technical data Article number: VRTW-1018A GTIN: 4061905083983 Model: Type A Mass: 7 kg Footprint: 100 x 175 mm Height: 50 mm Facts Magnetic force: 30 Weight: 7 kg Dimensions: 100 x 175 mm Height: 50 mm Special features Magnetic chuck Very fine pole distribution Compact, low-profile design Suitable for precision workholding FAQ What materials can be clamped with this magnetic chuck? The VRTW-1018A magnetic chuck is intended primarily for ferromagnetic materials; its very fine pole distribution improves contact with thin sheets and small components made of steel and similar alloys. How does the fine pole distribution benefit machining? A finer pole pitch increases contact area on small or irregular parts, reducing local deformation and improving stability during milling and grinding with the VRTW-1018A. Is the chuck suitable for low-clearance setups? Yes. The 50 mm overall height and compact 100 x 175 mm footprint make the unit well suited to installations where vertical space is limited. How heavy is the unit and how does that affect handling? The unit weighs 7 kg, offering a robust feel while remaining manageable for workshop personnel during mounting and removal. Can the VRTW-1018A be used on rotary tables or specialised fixtures? The compact dimensions and stable magnetic rating make the chuck appropriate for integration on rotary tables and bespoke fixtures where small form-factor workholding is required. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Magnetic Chuck With Fine Pole Distribution, 30 N Magnetic Force - Vertex
Take advantage of the combination of precise clamping, compact dimensions and easy integration for a reliable workholding solution in small- to medium-sized machining tasks. Order the unit directly via Metav Werkzeuge or consult the team for application advice. Vertex VRTW-1018S magnetic chuck – 50 mm height, fine pole distribution The Vertex VRTW-1018S is a compact magnetic chuck designed for secure workholding in milling, grinding and general machining where fine pole distribution and a small footprint are required Fine pole distribution for precision clamping Compact 100 x 175 mm footprint 50 mm plate height for stable support Rated magnetic force 30 High-precision clamping for small footprints The magnetic chuck is engineered to deliver consistent holding performance in confined set-ups. With a fine pole distribution the holding surface distributes magnetic attraction across smaller zones, which improves grip on thin, irregular or small workpieces while reducing deformation. The compact 100 x 175 mm footprint and 50 mm plate height enable installation on smaller machine tables or dedicated fixtures without sacrificing stability. For production environments where component repeatability and setup speed matter, the combination of fine pole spacing and stable plate geometry reduces the need for additional mechanical clamps, so cycle times can be shortened and handling steps minimised. Improved process reliability and straightforward operation Magnetic workholding with this design supports efficient part positioning and repeatable clamping force. The device’s rated magnetic force of 30 provides a clear specification for process planning and toolpath safety assessments. Because magnetic attraction occurs across the whole pole array, the risk of point loading and local distortions is reduced, which benefits surface finish and measurement stability. Operational benefits include faster set-up and simplified alignment routines; once the part is placed it is held uniformly, enabling machining strategies to be executed with confidence and fewer interference checks. Robust design and suitable applications The workholding plate is specified for workshop and light industrial applications where reliable magnetic retention is required. Its mass and construction confer vibration damping during cutting and grinding operations, helping to protect delicate edges and improve dimensional outcomes. Typical uses include small batch milling, surface grinding of thin components and fixture-based inspection tasks where secure, repeatable holding is essential. The compact nature of the unit also makes it well suited to retrofit situations and secondary operations where space is limited but accurate clamping cannot be compromised. Contact Metav Werkzeuge for tailored advice on integrating the Vertex VRTW-1018S into existing workflows—call +49 2822 7131930 or eMail info@metav-werkzeuge.com for specification guidance and ordering support Technical Data Article number: VRTW-1018S GTIN: 4061905094927 ECLASS: 21020809 Facts Dimensions: 100 x 175 mm Height: 50 mm Weight: 7 kg Magnetic force: 30 Special features Designation: Magnetspannplatte Secondary designation: with very fine pole distribution Brand: Vertex FAQ What materials can be clamped with this magnetic chuck? The magnetic chuck is intended for ferromagnetic materials; parts made from steel and similar alloys are compatible with the Vertex VRTW-1018S magnetic chuck. Is the unit suitable for grinding and milling operations? Yes. The plate’s construction and fine pole distribution support both grinding and light-to-moderate milling tasks where stable magnetic retention is required. How is the plate mounted to a machine table? Mounting details depend on the machine interface; the Vertex VRTW-1018S is designed for use on flat machine tables or fixtures where it can be fixed mechanically or by secondary clamps as required. Does the magnet force affect thin workpieces? Fine pole distribution reduces local deformation on thinner sections by spreading the magnetic pull over a greater number of smaller poles, improving grip while limiting distortion. How should the chuck be maintained to ensure long service life? Regular cleaning of the clamping surface and protection from ferrous contamination will preserve holding performance; wear and surface flatness should be checked periodically to maintain precision. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Morse Taper Sleeve MK4 For Steel Holder C With Ejection Screw - TECWERK
Take advantage of a robust, workshop-ready adapter that combines secure MK4 mounting, a 50 mm fit for cylindrical bores and a practical ejection screw to reduce changeover time. Order directly via Metav Werkzeuge or consult Metav’s technical advisors for fit confirmation and fast supply. TECWERK Morse taper sleeve – MK4 adapter with 50 mm bore and ejection screw The Morse taper sleeve is an MK4 taper adapter designed for steel holder head C and for use with changeable holders featuring a cylindrical bore. Adapter for MK4 shank, secure fit 50 mm diameter for cylindrical bores Integrated ejection screw for easy removal Compatible with steel holder head C Faster changeovers through precise taper adaptation The sleeve offers a clean mechanical solution for integrating modular changeable holders with existing toolholding systems. By adapting the MK4 taper to a cylindrical changeable-holder bore of 50 mm, the component reduces fixture modifications and shortens downtime. The hardened taper geometry ensures repeatable centring and precision seating, which translates into consistent run-out and improved part quality. This makes the adapter a rational choice where reliable alignment and swift tool swaps determine productivity. Secure retention and straightforward removal for workshop routines Retention is assisted by an integrated ejection screw, which enables controlled release without damaging the holder or fixture. The screw mechanism simplifies disassembly, lowering maintenance time and reducing the risk of seizing under heavy use. Where fixture accessibility is limited, the sleeve’s design supports dependable locking while permitting efficient removal—helping to avoid costly rework and to keep operations on schedule. Built for robust use in industrial environments Constructed for compatibility with steel holder head C and standard changeable holders, the adapter is intended for frequent handling and repetitive tool changes common in production workshops. The tailored interface to cylindrical bores protects mating surfaces and distributes contact forces to reduce wear. As a result, the sleeve contributes to longer service intervals for tooling assemblies and a lower total cost of ownership, while maintaining the mechanical integrity required for demanding machining tasks. For reliable compatibility checks and swift procurement, contact Metav Werkzeuge to confirm fit for existing MK4 tooling and secure the TECWERK Morse taper sleeve (SKU 2000832181NW) for the workshop supply chain. Technical data Article number: 2000832181NW Product: Morse taper sleeve Brand: TECWERK Shank execution: MK4 Facts Diameter: 50 mm Packaging unit: 1 Special features For changeable holders with cylindrical bore With ejection screw Suitable for changeable holders Suitable for steel holder head C FAQ What type of shank does the sleeve accept? The sleeve is designed for an MK4 shank and provides a secure, repeatable interface for MK4 toolholders. Which bore size is required for the holder? The adapter is made for a 50 mm cylindrical bore, matching changeable holders intended for that diameter. Is an ejection mechanism included? Yes, the sleeve features an integrated ejection screw to facilitate safe and simple removal of the holder. Can this sleeve be used with a steel holder head C? Compatibility with steel holder head C is stated; the sleeve is intended to pair with that holder type for robust clamping. Which SKU should be quoted when ordering or enquiring? Please reference SKU 2000832181NW when enquiring about the TECWERK Morse taper sleeve to ensure accurate identification. Manufacturer/Responsible: NORDWEST Handel AG; Robert-Schuman-Straße 17; 44263 Dortmund
50mm Precision Boring Bar Holder E2 S Slotted, Through‑Bored 16mm Clamping Area DIN 69880 - TECWERK
Take advantage of the combination of vibration reduction, through-drilled coolant capability and robust VDI40 compatibility for steady machining performance and longer tool life; order directly via Metav Werkzeuge or consult our specialists for technical matching and fast supply. TECWERK tool holder for boring bars — Type A, Form E2 S, 16 mm clamp (VDI40) The TECWERK tool holder for boring bars is a slotted, through-drilled VDI40 holder designed for precise clamping of 16 mm boring bars and optimised for coolant-fed operations in general workshop and production environments. Slotted design reduces vibration and chatter Through-drilled shank for internal coolant Secure retaining ring prevents ejection Compatible with VDI40 systems and DIN 69880 Consistent accuracy and reduced vibration for finer finishes The slotted E2 S form provides an embracing clamp that reduces radial play and damps vibration, which directly improves surface finish and extends insert and bar life. With a clamping diameter of 16 mm and a robust outer diameter of 50 mm, the holder keeps runout to a minimum during boring operations. Reduced chatter not only enhances component quality but also lowers rework rates, delivering a measurable efficiency gain on repeat production runs. Coolant-ready construction to maintain cutting performance Designed through-drilled, the shaft allows both external and internal cooling, ensuring consistent heat removal at the cutting edge. This enables longer uninterrupted cycles and supports higher cutting parameters where appropriate, because coolant reaches the tool tip directly. For workshops aiming to boost material removal rates while preserving tool life, the holder’s coolant compatibility offers a practical route to higher throughput without compromising component tolerances. Secure mounting and standardised interface for easy integration Compliance with DIN 69880 and the VDI40 interface guarantees straightforward integration into existing turret and toolholders. The retaining ring secures the bar against accidental ejection into the turret, while the slotted area accommodates fully round boring bars with a V-groove. Clamping depths are specified for various diameters (slotted area: up to 16 mm at 4×D; 20 and 25 mm at 3×D; from 32 mm at 2.5×D), aiding correct selection for stable tooling setups and predictable performance across part families. Workshop practicality and adjustable installation for reliable uptime The holder’s shaft is drilled where possible to permit length adjustment from the shank side, easing set‑up and shortening changeover times. Constructed for routine workshop use, the compact overall length (L 95 mm, L1 73 mm) and clear adherence to VDI standards make maintenance, storage and inventory management simpler. The combination of straightforward adjustments and secure fixing reduces downtime and supports consistent output in both single‑piece and batch machining contexts. For specification support, availability checks or to procure the TECWERK tool holder (SKU 2000833488NW), contact Metav Werkzeuge GmbH at info@metav-werkzeuge.com or call +49 2822 7131930 — assistance and supply from Emmerich for reliable workshop delivery Technical data Article number: 2000833488NW Product type: Tool holder for boring bars Form: E2 S Type: A Standard: DIN 69880 Core measurements Outer diameter D: 50 mm Clamping diameter d2: 16 mm Shank diameter d1: 40 mm Overall length L: 95 mm Length L1: 73 mm Features / Special characteristics Through-drilled: yes Compatible interface: VDI40 Slotted design for vibration reduction Suitable for fully round boring bars with V-groove Slotted clamping depths: up to 16 mm 4×D; 20 & 25 mm 3×D; from 32 mm 2.5×D External and internal cooling possible Secured with retaining ring to prevent ejection FAQ What materials is this holder intended for? This TECWERK tool holder for boring bars is designed as a general-purpose holder suitable for a wide range of materials when combined with the correct boring bar and insert selection; machining parameters should be adapted to the specific material. Can internal coolant be used with this holder? Yes, the holder is through-drilled, enabling internal coolant supply as well as external coolant, which helps maintain cutting-edge temperature and flushing. Is the holder compatible with standard turret systems? The holder uses the VDI40 interface and conforms to DIN 69880, ensuring compatibility with standard turret-mounted systems that accept VDI tooling. How does the slotted design affect machining quality? The slotted, wrap-around clamp reduces radial play and damps vibration, resulting in improved surface finish and extended tool life for consistent production quality. Is the boring bar secured against falling into the turret? Yes, the design includes a retaining ring that secures the bar and prevents accidental ejection into the turret during operation. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
50mm Push Rod Clamp Heavy Duty Tension/Compression Clamp 25kN Holding Force - AMF
Combine heavy‑duty size 7 construction, 25,000 N clamping capacity and a 50 mm stroke for reliable, repeatable fixture clamping; order the AMF push‑pull rod clamp directly via Metav Werkzeuge or consult our specialists for application support. AMF Push‑pull Rod Clamp Nr.6842, Size 7 (Heavy‑duty) — 25,000 N, 50 mm stroke The AMF Push‑pull Rod Clamp Nr.6842 is a heavy‑duty compression and tension clamp intended for industrial workholding and fixture applications where high holding forces and repeatable positioning are essential Heavy‑duty push/pull clamp, size 7 25,000 N maximum clamping force 50 mm stroke for deep engagement M12 x 50 pressure screw fitted Secure, high‑force clamping for repeatable production With a rated max. clamping force of 25,000 N and equal holding capacity, this rod clamp provides a measurable increase in fixture security compared with lighter devices. The combination of high force and 50 mm stroke reduces slippage under machining loads and improves repeatability of parts from batch to batch. Designed for demanding production environments, the unit supports stable machining, drilling and light milling operations by keeping components immobile during cycle times. Emphasis on measurable figures simplifies planning and risk assessment in process documentation. Fast adjustment and straightforward integration into jigs The clamp offers practical adjustability via an M12 x 50 pressure screw and a compact footprint in size 7, enabling simple setting of contact pressure and travel without complex tooling changes. Minimum and maximum flank dimensions (B min / B max) permit flexible positioning in bespoke fixtures; this reduces set‑up time and shortens changeover intervals. The mechanical interface is suitable for standard locating schemes, allowing rapid retrofit into existing clamping plates or custom jigs while preserving machine availability and throughput. Built for continuous shopfloor use — confidence in every cycle Specified as a heavy execution, the design prioritises durability under repeated load cycles. The robust mechanism and conservative force rating contribute to lower maintenance frequency and predictable service intervals, which translates into fewer unscheduled stops and a steadier production rhythm. For manufacturing teams, this reliability means less rework and improved delivery predictability, building operational confidence that supports long‑term production planning. Practical selection notes to match process requirements Selection should be guided by the required holding force and stroke rather than by brand alone; the 25,000 N rating and 50 mm travel make this clamp suitable where strong retention and moderate travel are required. Key dimensions such as A, C, H1 and L1 allow verification against fixture envelopes before purchase. If uncertainty remains over compatibility with a particular jig or machining sequence, technical consultation is recommended to ensure the clamp meets cycle, load and access constraints. For robust, high‑force clamping choose the AMF Nr.6842 — contact Metav Werkzeuge for tailored advice and reliable supply from Emmerich: info@metav-werkzeuge.com | +49 2822 7131930 Technical data Article number: 4123680170NW Type: 6842 Brand: AMF Product: Push‑pull rod clamp (Schubstangenspanner) Nr.6842, size 7 Execution: heavy Packaging unit: 1 Facts Max. pressing force: 25,000 N Max. holding force: 25,000 N Stroke: 50 mm Pressure screw: M12 x 50 A: 22 mm B min: 59 mm B max: 105 mm C: 70 mm D: 11 mm E: 50 mm H: 55 mm H1: 179 mm K: 45 mm L1: 218 mm M min: 57 mm M max: 65 mm N: 93 mm P: 158 mm Special features Heavy execution for industrial use Compression and tension (push/pull) function Size 7 for compact fixtures M12 x 50 adjustable pressure screw Suitable for repeatable clamping tasks Single‑unit packaging FAQ What is the maximum clamping force of this clamp? The AMF Push‑pull Rod Clamp Nr.6842 provides a maximum clamping and holding force of 25,000 N. What stroke length does the clamp offer? The clamp has a 50 mm stroke, enabling deeper engagement and compensation for part variation. Is the clamp suitable for both compression and tension applications? Yes — the device is specified as a compression/tension (push/pull) clamp and is intended for both holding and pressing tasks. How is clamping pressure adjusted? Adjustment is via an M12 x 50 pressure screw and by setting the available travel within the B min/B max range to suit the fixture geometry. Which size is this clamp and how compact is it for fixtures? This is a size 7 unit with compact external dimensions such as L1 = 218 mm and A = 22 mm, designed for integration into space‑constrained jigs Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Quick-Change Drill Chuck 1-13mm B16 Right-Hand Accuracy Self-Tightening Hardened Parts - RÖHM
Take advantage of the combination of accuracy-grade construction, self-tightening operation, and hardened wear parts for consistently concentric results in high-speed drilling; order or request specification advice via Metav Werkzeuge if required. Spiro quick-action drill chuck 1–13 mm (B16) — accuracy-grade, self-tightening chuck by RÖHM The Spiro quick-action drill chuck 1–13 mm (B16) is an accuracy execution, self-tightening chuck engineered for right-hand rotation applications on drilling machines and boring mills Accuracy-grade, self-tightening design Clamping range 1–13 mm Hardened wear parts for longevity B16 cone shank, right-hand rotation Consistent concentricity for precision machining The accuracy execution of this clamping system ensures stable concentricity when holding small to medium tools, which reduces run-out and improves hole quality. Built as a precision variant, the chuck combines a 1–13 mm clamping range with a finely finished jaw interface so that radial deviation is minimised during spindle rotation. Because the mechanism is self-tightening, tightening effort is maintained automatically during operation, translating into repeatable hole positions and reduced scrap rates in component production. Built for continuous high-speed operation All moving and wearing components are hardened, which extends service life under continuous use and limits dimensional drift. The design includes a continuous, self-acting re-tightening function that keeps the tool seated securely at elevated speeds; this feature is particularly beneficial for high-speed drilling tasks where thermal and centrifugal forces can otherwise loosen conventional chucks. The chuck’s suitability for precision work on drilling machines and boring mills means it is specified where speed and accuracy must coexist. Compatibility, handling and maintenance benefits Equipped with a B16 cone shank, the chuck fits compatible machine spindles with a secure taper connection and an outer diameter of 50 mm, providing compact clearance in machine heads. The keyless, self-clamping principle removes the need for an external key while also reducing handling time during tool changes, which improves workflow efficiency on the shop floor. Routine maintenance is simplified: thanks to the hardened wear parts and the self-tightening mechanism, inspection intervals can be extended and downtime reduced, supporting reliable production scheduling. For precision-focused workshops, request a tailored technical consultation from Metav Werkzeuge to specify the RÖHM Spiro quick-action drill chuck (article 4000832069NW) for the intended machine and application Technical data Article number: 4000832069NW Brand: RÖHM Product type: Quick-action drill chuck Facts Clamping range: 1–13 mm Outer diameter: 50 mm Shank: B16 Rotation direction: Right-hand Packaging unit: 1 Special features Accuracy execution Self-tightening / self-clamping All wear parts hardened Continuous, self-acting re-tightening Cone mounting (B16) Designed for high speeds and precision work on drilling machines and boring mills For right-hand rotation FAQ What clamping range does the chuck cover? The RÖHM Spiro quick-action drill chuck (article 4000832069NW) provides a clamping range of 1–13 mm, suitable for a wide variety of twist drills and similar tooling. Is this chuck suitable for high-speed drilling? Yes — the design includes continuous self-acting re-tightening and hardened wear parts, which make the chuck appropriate for high-speed drilling and precision operations on drilling machines and boring mills. Can the chuck be fitted to a standard B16 spindle? Yes — the chuck is supplied with a B16 cone shank, intended for direct mounting into compatible machine spindles with a matching taper. How does the self-tightening mechanism benefit workshop productivity? The self-tightening function maintains clamping force automatically during rotation, reducing tool slippage and changeover time; this supports consistent hole quality and fewer interruptions on the production line. What maintenance is required to keep the chuck performing accurately? Maintenance is minimal: periodic cleaning and inspection of the jaws and taper are recommended. The hardened wear parts and self-tightening feature reduce wear rates and extend service intervals. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Quick-Change Drill Chuck 1–13mm Self‑Clamping MK2 Right‑Hand Operation - ALBRECHT
Benefit from reliable, time-saving clamping with the self‑tightening action, a 1–13 mm clamping range and an integrated MK2 Morse taper that delivers secure, concentric drilling; order the SBF‑plus directly via Metav Werkzeuge or request specialist advice from their consultants. SBF-plus quick-change drill chuck — 1–13 mm, MK2, right-hand rotation (ALBRECHT) The SBF-plus quick-change drill chuck is a self‑tightening, compact chuck with an integrated Morse taper MK2, engineered for dependable, high‑precision drilling in right‑hand rotation workshop applications. Self-tightening for secure clamping Clamping range 1–13 mm Integrated MK2 Morse taper Compact design for high runout accuracy Consistent precision that reduces rework The compact construction of this quick‑change chuck combines high runout accuracy with an effective clamping range of 1–13 mm, reducing wobble and the need for rework. The self‑tightening mechanism converts the spindle’s rotation into improved chuck grip, so drills remain concentric under load; this translates into fewer rejects and steadier repeatability on bench drills and production stands. Emphasising measurable performance, the design supports stable drilling results with small to medium diameter tools and helps maintain component tolerances more reliably. Robust connection and stable power transmission A permanently integrated Morse taper MK2 shank ensures a rigid mechanical interface between the chuck and the machine spindle. The single‑piece assembly—where chuck and shaft form one unit—minimises micro‑movement and secures torque transfer for tougher drilling tasks. The assembly’s 50 mm outside diameter and compact geometry contribute to improved contact area and thermal stability, which together preserve concentricity during continuous operation. For machinists and workshop managers, that means predictable tool behaviour and fewer interruptions for retightening. Practical workshop advantages and straightforward upkeep Built for right‑hand rotation, the chuck’s self‑tightening action simplifies routine operation and reduces the need for additional clamping operations. The single‑unit construction lowers the number of components to inspect, while periodic cleaning and a quick runout check are the primary maintenance steps to preserve performance. Supplied as a single unit in its packaging, the chuck supports efficient stocking and straight‑forward fitment. Metav’s technical team can advise on compatibility with existing spindles and recommend best practice for installation and inspection to keep uptime high. Choose ALBRECHT quality with the integrated MK2 taper — contact Metav Werkzeuge for availability and tailored technical guidance at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical data Article number: 4000832521NW Brand: ALBRECHT Model: SBF-plus Product type: Quick-change drill chuck Facts Clamping range: 1–13 mm Mounting taper: MK2 Outside diameter: 50 mm Rotation direction: right-hand rotation Packaging unit: 1 Special features Integrated Morse taper MK2 Self‑tightening chuck mechanism Compact construction for optimal stability High runout accuracy through compact design Chuck and shank form one unit FAQ What clamping range does the ALBRECHT SBF-plus support? The ALBRECHT SBF‑plus quick‑change drill chuck supports a 1–13 mm clamping range, suitable for small to medium drill sizes and common workshop operations. Is the SBF-plus compatible with drill presses that accept Morse taper MT2? Yes, the SBF‑plus features an integrated Morse taper MK2 (MT2), offering direct compatibility with spindles and adapters designed for that taper size. How does the self‑tightening function work with right‑hand rotation? The self‑tightening mechanism of the chuck increases gripping force as the spindle turns in right‑hand rotation, using rotational torque to improve clamping security under load. What maintenance is recommended to preserve runout accuracy? Regular cleaning of the chuck interface, visual inspection for wear, and occasional runout measurement are recommended to maintain the SBF‑plus’s high runout accuracy and reliable performance. Which SKU should be ordered for this specific ALBRECHT model? Order SKU 4000832521NW for the ALBRECHT SBF‑plus quick‑change drill chuck with MK2 mounting and 1–13 mm clamping range. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Screw Jack Adjustable 90–140mm Height, 30 Kg Capacity - Vertex
Benefit from precise height adjustment and a compact footprint: the combination of adjustable height, a 30 kg load capacity and lightweight handling supports faster, more reliable assembly and inspection tasks. Order the screw jack directly via Metav Werkzeuge or ask our consultants if additional data is required. Screw jack VSJ-150 – adjustable 90–140 mm height, 30 kg load (Vertex) The Screw jack VSJ-150 is a compact mechanical support unit for precise height adjustment in workshop, assembly and inspection applications. Adjustable 90–140 mm height Load capacity 30 kg Compact 50 mm diameter Lightweight 1.1 kg Precise linear adjustment for consistent setups The VSJ-150 delivers controlled linear movement through a threaded spindle, enabling repeatable positioning where consistent heights matter. Its adjustable height range of 90–140 mm allows fine alignment for jigs, fixtures and test rigs, reducing the need for shims or trial-and-error adjustments. This mechanical approach converts rotational input into smooth vertical displacement, which improves setup time and ensures that measurement or assembly processes run with reliable tolerances. Compact design that simplifies handling and storage With a 50 mm diameter and a mass of 1.1 kg, the unit is small enough to be manoeuvred by hand yet stable under load. The compact footprint minimises interference with surrounding components during assembly operations and frees up bench space in busy workshops. The moderate 30 kg capacity balances portability and performance, making the device suitable for light-duty jigs, instrument supports and temporary production stands where quick repositioning is required. Practical application across workshop tasks As a mechanical support and height-adjustment element, this screw jack is appropriate for use in inspection benches, small assembly stations and measurement set-ups where incremental height changes are needed. The model’s SKU VSJ-150 identifies it within Vertex’s range and helps to match the unit to replacement parts or compatible accessories. The straightforward mechanical principle requires no electronics, offering a maintenance-light solution that integrates easily into existing work processes. For tailored delivery options, technical clarification or to discuss suitability for specific tasks, contact Metav Werkzeuge — the precision partner in Emmerich — for expert advice and reliable fulfilment. Technical data SKU: VSJ-150 GTIN: 4061905091834 ECLASS: 21044290 Facts Diameter: 50 mm Adjustable height: 90–140 mm Max. load: 30 kg Weight: 1.1 kg Special features Mechanical screw-driven height adjustment Compact footprint for limited-space use Suitable for assembly, inspection and measurement setups FAQ What is the maximum load the unit can safely support? The screw jack VSJ-150 supports a maximum load of 30 kg, suitable for light-duty fixtures and small assemblies. How large is the adjustment range and how is it set? Height adjustment is 90–140 mm and is achieved via the unit’s threaded spindle, providing fine linear movement for precise positioning. Is the VSJ-150 easy to move between workstations? Yes, at 1.1 kg and with a 50 mm diameter the jack is compact and portable, enabling quick repositioning for intermittent tasks. Which applications are typical for this screw jack? Common uses include inspection benches, small assembly stations and measurement fixtures where incremental height changes are required. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Screw Vice With Flat Jaw Support H38-50mm, Load Capacity 25kg - AMF
Take advantage of a compact, low-profile clamping solution that combines adjustable height (38–50 mm) with a flat support and a rated max. load of 25 kg for consistent workshop performance; order via Metav Werkzeuge or consult the team for specification guidance. AMF Screw Clamp No. 6400, Size 50 — flat support, H 38–50 mm AMF Screw Clamp No. 6400, Size 50 is a compact screw clamp for low-profile clamping and light assembly or machining tasks, offering a small footprint and reliable holding power Flat low-profile support Adjustable height 38–50 mm Max. load 25 kg Compact jaw diameter 31 mm Precise, low-profile clamping that saves setup time The screw clamp delivers stable clamping where space is limited. Its flat support reduces workpiece lift and facilitates accurate alignment on assembly jigs and fixtures. With an adjustable height of 38–50 mm, the device allows fine tuning of clamping position without additional shimming, which shortens setup times and supports repeatable results. The compact jaw diameter of 31 mm provides a concentrated hold for small components while maintaining accessibility. Secure mounting and clear technical fit for workshop systems Designed with a mounting interface of TR 20 x 4 mm, the component integrates cleanly into slot-based fixture systems and modular tooling plates. The rated max. load of 25 kg gives a verifiable basis for selection when planning clamping forces in small- to medium-duty operations. Clear numeric specifications reduce uncertainty during procurement and help maintain throughput: the mechanical data supports predictable behaviour under normal workshop loads and repetitive cycles. Robust everyday use with straightforward integration Constructed for routine workshop environments, this clamp combines durability with simple handling. The low-profile design minimises interference with tooling paths and the flat support improves contact stability for thin or delicate parts. Integration requires minimal amendment to existing fixturing thanks to standardised dimensions, enabling quick replacement or addition to modular setups. Metav’s stock and logistics ensure dependable delivery from Emmerich and assistance is available for technical queries. Choose the AMF screw clamp No. 6400 for compact, reliable clamping — contact Metav Werkzeuge for specification advice and prompt delivery from our Emmerich hub Technical data Article number: 4000833112NW Type: Nr. 6400 - 50 Product: Screw clamp Brand: AMF Packaging unit: 1 Dimensions & performance Max. load: 25 kg TR: 20 x 4 mm Height range: 38–50 mm D1: 31 mm D2: 31 mm Materials & features Flat support for low-profile clamping T-slot compatibility 20 x 4 mm Compact jaw diameter 31 mm Suitable for assembly and light machining FAQ What is the maximum load capacity of this clamp? The AMF Screw Clamp No. 6400 (SKU 4000833112NW) has a rated maximum load of 25 kg, which serves as the selection baseline for light- to medium-duty clamping tasks. How is the clamp mounted to a fixture plate? Mounting is achieved via a TR 20 x 4 mm slot interface; this standardised dimension allows the clamp to be integrated into common slot-based fixture systems and modular tooling plates. What height adjustment does the clamp allow? The device provides an adjustable height range of 38–50 mm, enabling fine positional tuning without the need for shims. Is this clamp suitable for thin or delicate parts? Yes — the flat support and compact jaw geometry give stable contact and reduced point loading, which is beneficial when securing thin or fragile components during assembly. Can this clamp be used in automated processes? The compact profile and standard interface dimensions make the clamp compatible with many automated and semi-automated setups; check the specified TR and height range against the machine’s tooling envelope for confirmation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Stud Screw M10x50 Hardened Grade 10.9, DIN 6379 - AMF
Take advantage of the combination of high-strength performance, DIN 6379 compliance and precise M10 × 50 mm sizing for secure, long-lasting assemblies; order the fastener directly via Metav Werkzeuge or consult the technical team for application advice. Stud screw DIN 6379, M10 × 50 mm, tempered to grade 10.9 — AMF A Stud screw DIN 6379 M10 × 50 mm engineered for high-strength mechanical fastening in industrial and workshop assemblies where standard metric threads and robust tensile performance are required. DIN 6379 certified fastening component High-strength tempered steel, grade 10.9 M10 metric thread for standard connections 50 mm overall length for flexible assembly Reliable high-strength fastening for industrial assemblies The fastener meets DIN 6379 and is manufactured to deliver consistent mechanical performance. As a high-strength element tempered to grade 10.9, this component is suitable where elevated clamping forces and resistance to shear are needed. The M10 thread follows metric standards, enabling compatibility with commonly used nuts and tapped holes, while the 50 mm overall length provides sufficient engagement for many assembly scenarios. This combination reduces the risk of joint failure and supports uninterrupted production. Simple integration into existing fittings and jigs Designed as a standard metric fastener, the component slots into existing tooling and assemblies without modification. The defined thread geometry ensures predictable fit with matched hardware, which simplifies inventory management and reduces assembly time. Where repeatability matters, the standardisation of dimensions and compliance with the recognised norm streamline procurement decisions and spare-part replacement, increasing operational efficiency on the shop floor. Built for durability and straightforward maintenance Tempering to grade 10.9 provides the fastener with enhanced strength and wear resistance compared with lower-strength classes. This improves fatigue behaviour in cyclic loads and extends service life in demanding environments. The robust manufacturing standard minimises the need for frequent change-outs, lowering downtime and supporting a dependable maintenance schedule for production equipment. Clear specification and traceability for quality assurance Specification clarity is essential in industrial procurement. The component is identifiable by its SKU and conformity statement, facilitating traceability in documentation and inspection processes. Clear technical labelling supports quality audits and assists purchasers and engineers in selecting the correct fastener for structural or moving assemblies, thereby reducing the likelihood of mismatched parts and subsequent rework. Order genuine AMF stud screws via Metav Werkzeuge for dependable, standard-compliant fastening; for specific application guidance contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930. Technical data Article number: 4000833251NW SKU: 4000833251NW Standard: DIN 6379 Brand: AMF Facts Thread: M10 Width: 13 mm Overall length: 50 mm Packaging unit: 1 Special features Product type: Stud screw Tempered to grade 10.9 Addition: b: 25 UID: 4000833251NW FAQ What is the primary standard for this fastener? The stud screw complies with DIN 6379, ensuring standardised dimensions and performance characteristics appropriate for industrial assemblies. Which applications is the stud screw suitable for? The stud screw DIN 6379 M10 × 50 mm (AMF, SKU 4000833251NW) is intended for mechanical fastening where a strong metric connection is required, such as machinery assemblies, fixtures and structural joins. How does grade 10.9 affect performance? Tempering to grade 10.9 gives the fastener higher tensile strength and improved fatigue resistance, which is beneficial for load-bearing or vibrating assemblies. Can the M10 thread be used with standard nuts and tapped holes? Yes, the M10 metric thread conforms to standard metric fittings and is compatible with matched nuts and tapped holes following metric specifications. How is the component identified for procurement and documentation? Use the SKU 4000833251NW, the DIN reference and the brand designation to ensure correct ordering and traceability in inventory systems. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Stud Screw M12 Heat Treated 10.9, DIN 6379 - AMF
Take advantage of a robust combination of DIN 6379 compliance, property class 10.9 strength and standardised metric sizing for reliable, repeatable assemblies; order the fastener directly via Metav Werkzeuge or consult the team for specification support. Stud bolt DIN 6379 M12×50, tempered to property class 10.9 (AMF) Stud bolt DIN 6379 M12×50 is a high-strength fastener for mechanical and structural applications, offering standard metric thread engagement for consistent clamping performance Tempered to property class 10.9 Conforms to DIN 6379 standard Metric thread M12 for interchangeability Overall length 50 mm for defined engagement Reliable high-strength fastening for industrial assemblies The AMF stud bolt, manufactured to DIN 6379, delivers predictable mechanical performance thanks to its tempering to property class 10.9, which indicates elevated tensile and yield strength compared with lower classes. In practical terms, this means the fastener sustains higher clamping loads and resists permanent deformation in demanding joints. For procurement and engineering teams the clear benefit is a fastener that supports safety margins without oversizing components, reducing redesign effort and maintaining production throughput through dependable mechanical behaviour. Standard compliance and assembly compatibility Compliance with DIN 6379 and the use of a standard M12 thread ensure straightforward integration into metric assemblies and compatibility with commonly stocked nuts, washers and tapped holes. Specifying this fastener reduces variability in component sourcing and simplifies inventory management for maintenance and production. The standardised geometry also aids automated assembly processes, as tools and torque settings can remain consistent across batches, improving cycle times and lowering risk of assembly errors. Durability that supports long service intervals Tempering to property class 10.9 provides enhanced fatigue resistance and dimensional stability under cyclic loading, which benefits installations subject to vibration or fluctuating loads. The controlled heat treatment process yields uniform mechanical properties that translate into longer maintenance intervals and fewer unscheduled stoppages. Combined with AMF’s manufacturing standards, the result is a robust fastener option for machinery, frames and structural connections where reliability is a priority. Practical application guidance for designers and fitters The stud bolt is supplied in a single-piece packaging unit, suitable for controlled assembly procedures and traceable component usage. When integrating the fastener into a joint, match thread class and mating materials, apply the manufacturer-recommended lubrication and tightening procedure, and verify clamp loads according to the joint design; this approach preserves the 10.9 property-class performance. For special applications or unusual material combinations, technical consultation is recommended to confirm suitability and torque settings. Choose the AMF stud bolt tempered to property class 10.9 for high-strength, standardised fastening — contact Metav Werkzeuge for procurement and technical advice at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical data Article number: 4000833257NW Label: Stiftschraube DIN6379 M12x50mm tempered to property class 10.9 AMF Manufacturer: AMF Packaging unit: 1 Measurements Thread: M12 Overall length: 50 mm Width: 15 mm Addition: b: 25 Standards & material properties Standard: DIN 6379 Tempered to property class 10.9 Fastener type: Stud bolt SKU: 4000833257NW FAQ What strength class does this stud bolt have and what does it mean? The stud bolt is tempered to property class 10.9, which indicates high tensile strength and good yield characteristics suitable for demanding mechanical joints. Is the thread specification compatible with standard metric nuts? Yes, the M12 thread conforms to metric standards and is compatible with standard M12 nuts and tapped holes when matched by thread class. For which applications is this DIN 6379 stud bolt most suitable? This fastener is suitable for mechanical assemblies, structural connections and equipment subject to elevated loads or dynamic stresses where property class 10.9 performance is required. How long is the stud bolt and how does that affect engagement? The overall length is 50 mm, providing defined thread engagement; designers should verify that this length matches the required clamping and thread engagement for the joint. Can the fastener be used with hardened or specialised materials? Use of the stud bolt with hardened or specialised mating materials should be reviewed for compatibility; consult the technical documentation or Metav Werkzeuge for joint-specific guidance. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Synchronised Thread Cutting Chuck With Coolant Feed, DIN 69871 Form A, 0.5mm Axial Compensation - TECWERK
Achieve reliable, synchronised thread cutting with robust axial compensation, integrated coolant feed and high clamping force; benefit from consistent thread quality and reduced rework in CNC tapping applications. Order the TECWERK solution directly via Metav Werkzeuge or consult our specialists for application matching. TECWERK synchronous tapping chuck SK40 (M3–M27, 95 mm) The synchronous tapping chuck is a CNC-ready thread-cutting holder designed to compensate pitch differences between the tap and the synchronised spindle while supplying coolant and ensuring high clamping force. Synchronous tapping for M3–M27 threads Axial compensation ±0.5 mm for pitch mismatch Integrated coolant feed for continuous operation High runout accuracy with ER32-GB taper Precision and machine compatibility for secure tapping The chuck conforms to DIN 69871 AD/B and is supplied in an SK40 shank with an ER32-GB tool interface, making it suitable for standard CNC tapping spindles and toolholders. The compact A = 95 mm length and D = 50 mm outer diameter allow integration into dense toolpacks, while the specified thread range M3–M27 covers small to medium-sized metric threads. These parameters ensure predictable machine set-up and straightforward replacement in production cells, supporting consistent cycle times and predictable throughput. Axial compensation that protects thread quality and tooling Equipped with a mechanical axial compensation mechanism that provides - / + 0.5 mm travel, the chuck absorbs minor synchronisation deviations between the tap and the spindle. This feature corrects for push and pull errors, reducing the risk of thread distortion and premature tap breakage. The compensating action translates into fewer scrap parts and extended tool life, which in turn improves overall process reliability and reduces unplanned downtime in high-volume or mixed-batch environments. Built for production: coolant, clamping and bidirectional threads The design includes an integrated coolant feed to the cutting zone and a tap-collet arrangement that provides high clamping force via a collet with an integrated square, preventing tool slip during heavy cutting or interrupted threads. The chuck accepts both right‑ and left‑hand threads, allowing flexible deployment across tooling sets. High runout accuracy minimises wobble and ensures concentric tapping, which is essential for maintaining thread tolerance and surface finish in precision assemblies. Practical advantages and support for workshop integration As a production component, the chuck reduces manual interventions by compensating synchronization errors and delivering coolant directly to the cutting edge, which both improves cycle stability and lowers the frequency of tool checks. For integrators and workshop managers, the combination of DIN-compliant form, compact dimensions and robust clamping behaviour simplifies spare-part logistics and standardises tapping operations across multiple CNC machines. Metav’s distribution and technical advisory services help to match the chuck to machine controllers and synchronised tapping units. Speak with Metav Werkzeuge for compatibility checks and application advice on the TECWERK synchronous tapping chuck; Metav’s specialists can assist with selection and delivery from their Emmerich hub. Technical data Article number: 2000834916NW Product type: Synchronous tapping chuck Norm: DIN 69871 AD/B Manufacturer: TECWERK Core specifications Shank / interface: SK40, ER32-GB Outer diameter: 50 mm Length A: 95 mm Axial compensation: - / + 0.5 mm Thread range: M3–M27 Packing unit: 1 Design features and functions Integrated coolant feed Compensates synchronisation errors on push and pull Suitable for CNC machines with synchronised tapping spindle High clamping force via tap collet with integrated square For right‑ and left‑hand threads High runout accuracy FAQ How does axial compensation improve tapping reliability? Axial compensation allows the chuck to absorb small differences in pitch or timing between the tap and the synchronised spindle; the TECWERK synchronous tapping chuck protects the cutting edge and reduces thread rejects by ±0.5 mm of travel. Which machines is this chuck compatible with? The chuck is intended for CNC machines equipped with a synchronised tapping spindle and an SK40 toolholder; its ER32-GB interface supports common collet systems for tapping operations. Can the chuck handle both right‑ and left‑hand tapping? Yes. The design supports both right‑ and left‑hand threads, enabling flexible use across components and reversing operations without tool changes. What benefits does the integrated coolant feed provide? Direct coolant delivery to the tool improves chip evacuation and cooling, which extends tap life and maintains thread surface quality under continuous production conditions when using the TECWERK tapping chuck. Is the chuck suitable for small-diameter threads? The chuck covers a thread range from M3 to M27, making it appropriate for small to medium metric threads commonly required in mechanical and assembly work. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund
50mm T-Slot Bolt M12 With Nut And Washer DIN 787 Grade 10.9 - AMF
Take advantage of a high-strength T-slot fastening solution that combines DIN 787 compliance, reliable M12 threading and a grade 10.9 specification for secure clamping; order the part directly via Metav Werkzeuge or consult their specialists for compatibility advice. AMF T-slot bolt, DIN 787 — M12 thread, 14 mm T-slot, 50 mm length AMF T-slot bolt for secure clamping in 14 mm T-slots; supplied complete with nut and washer for immediate fitting in workshop and machine tool applications. T-slot bolt to DIN 787 standard 14 mm T-slot compatibility M12 metric thread, 50 mm overall length Strength grade 10.9; incl. nut and washer Secure, standardised fastening for machine tables The DIN 787 compliant design ensures consistent geometry and interchangeability across machine tables and fixtures. Manufactured to meet a recognised metric standard, this T-slot fastener delivers predictable seating and clamping behaviour when used in compatible 14 mm T-slots. The standard conformity simplifies procurement and inventory management by aligning with established workshop norms, while the included nut and washer permit immediate installation without sourcing additional components. High clamping reliability and material performance Specified as grade 10.9, the fastener offers elevated tensile strength compared with lower-grade alternatives, translating into improved resistance to shear and elongation under load. The M12 thread provides a common metric interface for many clamping elements and tooling accessories, supporting reliable torque transmission and repeatable clamp forces. For routine assembly, the combination of thread size and grade results in a robust connection suited to demanding machining and fixture applications where secure workholding is essential. Practical dimensions and straightforward integration With a clear overall length of 50 mm and compatibility with 14 mm T-slots, this fastener integrates cleanly into standard clamping setups without modification. The additional axite specification (A: 13.7; B: 35; E: 22; K: 8) gives precise dimensional guidance for designing or verifying fixture clearances and seating depths. These numeric details aid planning for toolpaths, guard clearance and component layout, reducing set-up time and supporting efficient production workflows. Contact Metav Werkzeuge for tailored advice on integrating the AMF T-slot bolt (SKU 4000833316NW) into existing fixturing systems or to request a technical quotation and delivery options Technical data Article number: 4000833316NW Standard: DIN 787 Product type: T-slot bolt Brand: AMF Thread: M12 T-slot width: 14 mm Overall length: 50 mm Strength grade: 10.9 Includes: nut and washer Packaging unit: 1 Axite addition: A: 13,7; B: 35; E: 22; K: 8 Numbers / facts T-slot width: 14 mm Thread size: M12 Length: 50 mm Strength: grade 10.9 SKU: 4000833316NW Axite values: 13.7 / 35 / 22 / 8 Special features / versions DIN 787 compliant geometry Supplied with nut and washer for immediate use Designed for workshop and machine tool clamping applications AMF brand component FAQ What machine table slots is this fastener compatible with? The AMF T-slot bolt is designed for 14 mm T-slot systems and follows DIN 787 geometry to ensure compatibility with standard machine tables and fixtures. Can this fastener withstand high clamping loads? Yes; the bolt is specified as grade 10.9, which provides high tensile strength and reliable performance under significant clamping forces when tightened to the appropriate torque for an M12 thread. Is the fastener supplied ready for installation? The delivery includes the T-slot bolt together with a nut and washer for immediate fitting, allowing installation without the need to source additional fastening parts. Are there detailed dimensions for fixture planning? Dimensional guidance is provided via the axite values (A: 13.7; B: 35; E: 22; K: 8) and the core measurements (14 mm T-slot, M12 thread, 50 mm length), which assist in checking seating depth and clearance. What is the SKU for ordering and reference? The product is listed under SKU 4000833316NW, referenced as an AMF T-slot bolt to DIN 787, M12, 50 mm. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Taper Sleeve DIN 69871 AD MK2 SK40 Ejector Slot, Hardened And Ground - TECWERK
Take advantage of the combination of standardised compatibility, hardened and ground workmanship, and a secure MK2 connection for reliable tooling retention in SK40 spindles. Benefit from reduced runout and consistent seating, and order the taper sleeve directly via Metav Werkzeuge or consult our specialists for technical clarification. TECWERK taper sleeve DIN 69871 Form AD – MK2 / SK40, A 50 mm The TECWERK taper sleeve DIN 69871 Form AD provides a precise, hardened interface for mounting Morse taper tooling with drive lugs in SK40 spindles, intended for robust workshop and production use. Steep taper to DIN 69871 Form AD Case-hardened and ground for precision fit Accepts tools with Morse taper and drive lugs Projection A 50 mm, diameter 32 mm, MK2 Secure retention and reduced runout for productive machining The taper sleeve is designed to the DIN 69871 Form AD standard and finished to ensure consistent seating in SK40 spindles. The steep taper geometry, combined with the MK2 interface, delivers a stable mechanical connection that minimises axial and radial play during rotation. For machining operations where accuracy matters, the precise fit reduces tool runout and contributes to repeatable results, making the sleeve suitable for both routine workshop tasks and small-series production. Long service life through surface treatment and machining accuracy Manufactured case-hardened and subsequently ground, the sleeve offers enhanced wear resistance at the taper contact zones while preserving the axial geometry required for repeatable seating. This heat-treated surface limits fretting and surface wear when accepting tools with a Morse taper and drive lugs, extending service intervals and maintaining clamping accuracy over time. The ground finish also facilitates straightforward cleaning and inspection, supporting reliable process quality with minimal maintenance. Standardised dimensions for easy integration and inventory management With a projection A = 50 mm and a diameter of 32 mm, the sleeve is dimensioned for predictable tool projection and clear clearance planning in SK40 toolholders. The MK2 receptacle permits use of a wide range of Morse taper tooling, simplifying tool inventory by enabling interchangeability across machines that conform to the DIN 69871 system. Clear standardisation reduces setup time and supports process planning where tool length and concentricity are critical. Contact Metav Werkzeuge for technical selection and secure procurement of TECWERK taper sleeves; specialists in Emmerich will advise on spindle integration and delivery. Technical data Article number: 2000833792NW Label: Taper sleeve DIN 69871AD MK2 SK40 A 50 mm TECWERK Manufacturer: TECWERK UID: 2000833792NW Core data Norm: DIN 69871 Form AD Aufnahme: MK2 Shank type: SK40 Diameter: 32 mm Projection A: 50 mm Special features Steep taper to DIN 69871 Form AD Case-hardened and ground For tools with Morse taper and drive lugs Designed for secure seating and reduced runout FAQ What spindle types is this sleeve compatible with? The taper sleeve is designed for SK40 spindles and conforms to DIN 69871 Form AD for consistent mounting. Can the sleeve accept Morse taper tools with drive lugs? Yes, the sleeve is intended to accept tools with a Morse taper and drive lugs; the case-hardened and ground finish ensures a repeatable fit. What are the key dimensions to check before installation? Check the projection A (50 mm) and the taper diameter (32 mm) to ensure proper tool projection and clearance in the machine setup. How does the treatment of the sleeve affect longevity and accuracy? The case-hardened surface and ground finish increase wear resistance and maintain seating accuracy, supporting longer intervals between maintenance. Manufacturer / Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
50mm Threaded Rod With Magnet, 170mm Height, 30 Kg Load Capacity - Vertex
Take advantage of the combination of reliable magnetic positioning, compact dimensions and dependable load capacity for faster, repeatable fixture setups; order via Metav Werkzeuge or ask the consultants for tailored advice. Threaded Rod with Magnet — Ø50 mm, 170 mm height (Vertex) A threaded rod with magnet designed for secure positioning and small-footprint fixture use in workshop and clamping applications Magnetic fastening for quick positioning 50 mm diameter for robust support Supports up to 30 kg load Compact 170 mm overall height Faster setup with magnetic positioning and high support capacity The integrated magnetic fastening enables rapid, repeatable placement of the component in fixture and clamping layouts, reducing setup time and error rate. The combination of a 50 mm diameter and a 30 kg maximum load rating provides a clear performance envelope: heavy enough for many jigs and fixtures, yet compact enough for dense assemblies. The threaded element transfers clamping forces while the magnet secures initial alignment, so positioning is made both efficient and dependable. Space-saving form for versatile workshop layouts A compact overall height of 170 mm and a modest mass of 1.4 kg allow flexible arrangement in confined work areas and easy handling during routine changeovers. The reduced bulk helps to maintain clear sightlines on the workpiece and to fit more elements into limited fixturing zones, supporting higher throughput in repetitive processes. The lightweight design also simplifies temporary relocation between stations without compromising on the component’s functional stability. Consistent repeatability that supports productivity Built for repeatable setups, this Vertex component (SKU VSJM-165) helps to standardise fixture behaviour across multiple operations. The magnetic element offers quick, tactile feedback during assembly, while the threaded profile provides secure mechanical engagement once clamped. Together these characteristics reduce cycle variability and contribute to a more predictable production flow—an advantage where consistent measurement and positioning are required for quality results. Contact Metav Werkzeuge in Emmerich for tailored technical guidance and procurement of Vertex components — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: VSJM-165 GTIN: 4061905089671 Name: Threaded rod with magnet Brand: Vertex Core data Diameter: 50 mm Height: 170 mm Weight: 1.4 kg Max load: 30 kg ECLASS: 23110301 Special features Integrated magnet for positioning Compact design for fixture use FAQ What maximum load can the component support? The maximum load is specified as 30 kg for the threaded rod with magnet (Vertex VSJM-165), which defines its usable range for fixturing and support tasks. What are the key dimensions and mass? Diameter: 50 mm; overall height: 170 mm; weight: 1.4 kg—dimensions intended for compact fixture arrangements. Is the magnetic element integrated or separate? The magnetic element is integrated; the product is described as a threaded rod with magnet, providing immediate magnetic positioning during setup. For which applications is this component suited? Suited for workshop fixturing and clamping applications where rapid placement and moderate load support are required; designed to aid repeatable positioning in production setups. How is the product identified for ordering and inventory? Identification: SKU VSJM-165 and GTIN 4061905089671 are provided for procurement and inventory tracking. Manufacturer: Vertex Machinery Works Co., Ltd.; No. 296, Sec. 1, Feng Shih Road, Fengyuan District, Taichung City 420, Taiwan
50mm Threading Die Head Synchronous With Coolant Feed, DIN 69893 Form A, 0.5mm Axial Compensation - TECWERK
Take advantage of precise pitch compensation and robust clamping for reliable synchronised tapping on CNC machines; the combination of through-spindle coolant capability and high runout accuracy keeps cycle times steady and rejects low. Order via Metav Werkzeuge or consult the Metav team for integration advice. TECWERK synchronised tapping chuck DIN 69893 Form A, HSK‑A63 – for M3–M27 The TECWERK synchronised tapping chuck for high-precision CNC tapping, designed to compensate pitch differences and provide through-spindle coolant for production environments Hollow shank taper DIN 69893 A Integrated coolant supply Compensates pitch differences ±0.5 mm Suitable for M3–M27 synchronised tapping High runout accuracy and strong clamping Precision where synchronisation matters The synchronised tapping chuck is engineered for consistent thread creation on machines with a synchronised tapping drive. Fitting the HSK‑A63 interface and specified for M3–M27, the unit maintains synchronisation between spindle and tap, reducing thread rejects. The design follows DIN 69893 Form A, a recognised standard for hollow‑shank interfaces, enabling straightforward machine integration and repeatable positioning for automated cycles while supporting both right‑ and left‑hand threads. Built to manage pitch deviations and coolant needs A central benefit is the chuck’s capacity to compensate pitch differences and absorb minor synchronisation shifts: a mechanical length compensation of ±0.5 mm limits stress on taps during engage and retract phases. The hollow shank taper permits through‑spindle coolant supply, maintaining lubrication and chip evacuation right at the cutting edge. Together these features extend tool life and preserve component tolerances; runout control contributes directly to consistent thread form and surface finish. Production advantages for CNC workshops For CNC workshops and contract manufacturers, the unit offers measurable process benefits: fewer scrap threads, reduced spindle load spikes and lower rework rates. The high clamping force delivered via tap collets with integrated square keeps taps secure during torque reversals, while the compact envelope supports tight tool‑path planning. The result is improved throughput and predictable cycle times, which aid capacity planning and customer delivery commitments. Easy fit, compact footprint, and robust construction With an overall outer diameter of Ø 50 mm and a functional length A: 108 mm, the chuck presents a compact, rigid interface to synchronised tapping spindles. The construction balances stiffness with the necessary axial compliance to protect taps under overload conditions. In production use the TECWERK synchronised tapping chuck integrates with standard toolholders, requires routine inspection rather than complex maintenance, and is suitable for continuous operation on CNC machines equipped with synchronised tapping devices. Contact Metav Werkzeuge for technical consultation and reliable supply: info@metav-werkzeuge.com • +49 2822 7131930 Technical Data Article number: 2000834926NW Product type: synchronised tapping chuck Manufacturer: TECWERK Interface: HSK‑A63 Standard: DIN 69893 Form A Specifications Diameter: 50 mm Length A: 108 mm Length compensation: ±0.5 mm Thread range: M3–M27 Outer Ø: 50 mm Features Hollow shank taper DIN 69893 A Integrated through‑spindle coolant supply Compensates pitch differences of tap and spindle Suitable for use on CNC machines with synchronised tapping drive Compensates synchronisation errors under compression and tension Use for right‑ and left‑hand threads High runout accuracy High clamping force via tap collets with integrated square FAQ What thread sizes does the tapping chuck accommodate? The tapping chuck accepts thread sizes from M3 to M27, making it suitable for a wide range of components where synchronised tapping is required. Can the chuck supply coolant through the tool? Yes, the unit features a hollow shank taper that permits through‑spindle coolant supply, ensuring lubrication and chip evacuation at the cutting zone. How much axial compensation is provided for pitch differences? Axial length compensation is ±0.5 mm, allowing the chuck to accommodate small pitch mismatches and reduce stress on the tap. Is the chuck suitable for both right‑ and left‑hand threads? Yes, the design supports both right‑ and left‑hand thread cutting in synchronised tapping operations. Which interface and standard does the chuck use for mounting? Mounting is via HSK‑A63 in accordance with DIN 69893 Form A, ensuring compatibility with standard HSK toolholding systems. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund
50mm Toggle Clamp Vertical Base Zinc Plated With Hook, 1500N Thrust/1800N Hold - Kukamet
Take advantage of the combination of robust holding performance, corrosion-resistant zinc-plated construction and easy adjustability for reliable, repeatable clamping in production and workshop fixtures; order directly via Metav Werkzeuge or consult our technical team for application support. Kukamet 412 Latch Clamp — Vertical-foot, zinc-plated with hook engagement, 1.8 kN holding force Kukamet 412 is a compact latch clamp designed for secure fastening in fixtures and jigs, combining a vertical-foot mounting with a hooked engagement for rapid, repeatable closures. Vertical-foot mounting for stable installation Zinc-plated finish for basic corrosion protection 1,800 N holding force for secure locking 50 mm adjustable threaded spindle Proven performance for secure fixtures The latch unit delivers measurable reliability: a 1,500 N clamping force paired with a 1,800 N holding force provides a clear safety margin for repeatable closures in production environments. The 50 mm threaded spindle allows straightforward fine adjustment of the clamping gap, enabling consistent contact pressure across workpieces. Such quantifiable performance reduces rework and supports a predictable setup time on assembly stations. Simple installation and fast, repeatable operation Engineered for efficient mounting, the vertical-foot configuration provides a compact footprint and stable attachment to fixture plates. The clamp is supplied with hook, ensuring positive engagement and preventing unintended release under vibration. At 0.21 kg, the unit is lightweight yet robust, simplifying handling during installation and facilitating modular fixture designs where rapid reconfiguration is required. Durable, low-maintenance design for daily workshop use A zinc-plated finish gives the clamp basic resistance to surface corrosion, extending service life in standard workshop conditions while keeping maintenance demands low. The straightforward mechanical design supports longevity and uncomplicated repair when required, making this latch an effective choice for production lines and small-batch manufacturing where reliability and rapid repeatability matter. Metav Werkzeuge’s supply from Emmerich ensures consistent product quality and dependable stock availability. Contact Metav Werkzeuge for tailored technical advice and dependable supply of the Kukamet 412 latch clamp — email info@metav-werkzeuge.com or call +49 2822 7131930 for specification support and fast delivery from Emmerich Technical data Article number: 412-2 GTIN: 8680731502558 Designation: Latch clamp 412 by Kukamet Mounting: vertical foot Facts Weight: 0.21 kg Max clamping force: 1,500 N Max holding force: 1,800 N Thread length: 50 mm Special features Material: zinc-plated steel With hook eClass: 21041718 ETIM: EC011973 Category: Clamping tools FAQ What clamping and holding forces are specified for this clamp? The Kukamet 412 latch clamp (SKU 412-2) specifies a clamping force of up to 1,500 N and a holding force of up to 1,800 N. How is the clamp mounted and adjusted? Mounting is via a vertical foot; adjustment is made using the 50 mm threaded spindle supplied for fine tuning of the clamping position. Is the clamp suitable for use in humid workshop conditions? The clamp is zinc-plated, which provides basic corrosion protection for typical workshop environments; for aggressive or outdoor exposures additional protection is recommended. Does the clamp include a hook for positive engagement? Yes, the unit is supplied with a hook engagement to ensure secure latching and resistance to unintentional release. How heavy is the clamp and what does that mean for fixture design? At 0.21 kg the clamp is lightweight, which supports modular fixture layouts and simplifies handling during installation or reconfiguration. Manufacturer: Kukamet Fevzi Çakmak Mah.10644 Sk. No:61-63 42050 Karatay / KONYA TÜRKİYE / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; +49 2822 7131930; eMail: info@metav-werkzeuge.com
50mm Tool Holder Adapter For AA Steel Tool Head, 12mm Clamping Height - TECWERK
Take advantage of precise mounting and a compact footprint: compatibility with AA steel holder heads plus a 12 mm mounting height and 50 mm overall length ensure reliable positioning for turning tools; order directly via Metav Werkzeuge or consult the technical advisers for integration support. Quick-change tool holder for AA steel head (TECWERK) – 12 mm mounting height, 50 mm overall length A quick-change tool holder for AA steel heads designed for secure clamping of turning tools in compact tool posts Compatible with AA steel holder head 12 mm mounting height for standard set-ups 50 mm overall length for compact installation Designed for turning tools Accurate positioning reduces setup time The quick-change holder is engineered for repeatable positioning, delivering consistent tool alignment through its defined 12 mm mounting height and compatibility with AA steel heads. This precision shortens set-up and recalibration cycles, which in turn improves throughput in series production. The clear specification of the mounting datum supports predictable machining results and simplifies quality checks, making the holder suitable for workshops striving for measurable process stability. Compact design improves access in confined spaces With a 50 mm overall length, the holder offers a compact solution where toolpost space is limited. The reduced overhang enhances rigidity at the cutting point, lowering vibration and supporting improved surface finish on turned components. For operations requiring close tool-to-workpiece clearances or multiple-tool stations, the compact footprint enables denser tooling layouts without compromising secure clamping or operator clearance. Fast changeovers and dependable retention The quick-change concept minimises downtime: exchange of turning tools is straightforward while retaining the reference position for subsequent operations. The defined mounting height and precise interface to the AA-type head ensure reproducible clamping and consistent cutting geometry after each change. For workflows where short tool-change intervals matter, this holder reduces non-productive time and maintains process accuracy across shifts. Simple integration and low-maintenance use Specified as a dedicated holder for turning tools, the component is ready for direct integration into compatible tool heads and existing fixtures. The standardised mounting height A: 12 mm simplifies planning and spare-part management, while the compact dimensions ease storage and replacement logistics. Supplied as a single unit per packaging, the design favours straightforward inventory control and predictable assembly in both production and maintenance routines. Contact Metav Werkzeuge in Emmerich for application guidance and to procure the TECWERK quick-change tool holder 2000832155NW; call +49 2822 7131930 or email info@metav-werkzeuge.com Technical data Article number: 2000832155NW Manufacturer: TECWERK Product type: Quick-change tool holder Execution: for turning tools Compatible with: AA steel holder head Mounting height A: 12 mm Overall length: 50 mm Packaging unit: 1 Facts Overall length: 50 mm Mounting height A: 12 mm Packaging unit: 1 Special features For turning tools Compatible with AA steel holder head Quick-change design FAQ How does the holder align with AA-type heads? The quick-change tool holder is machined to interface precisely with AA steel holder heads, using the defined 12 mm mounting height as the reference for repeatable alignment. Is the 12 mm mounting height suitable for standard tool posts? Yes, the 12 mm mounting height is a standard datum designed for compatibility with common AA head configurations and predictable clamping geometry. Can the holder be used in multi-tool turret arrangements? The compact 50 mm overall length and quick-change design make the holder suitable for dense turret layouts where secure, repeatable positioning is required. What makes changeovers faster with this holder? The quick-change concept and defined mounting datum reduce adjustment time after tool swaps, delivering consistent cutting positions without lengthy realignment. Which SKU identifies this product for ordering? This product is listed as TECWERK quick-change tool holder, SKU 2000832155NW, for straightforward procurement and stock management. Manufacturer / Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
50mm Tool Holder HSK-A63 ER Collet Chuck 2-20mm Clamping Range, DIN 69893 Form A - TECWERK
Reliable, rigid toolholding with an HSK‑A63 spindle interface, a broad 2–20 mm clamping range and a 100 mm projection delivers repeatable precision and efficient spindle use; order the TECWERK ER collet chuck directly via Metav Werkzeuge or ask our consultants if needed. TECWERK ER Collet Chuck HSK‑A63 — ER32, 2–20 mm, A = 100 mm The TECWERK ER Collet Chuck HSK‑A63 is a DIN 69893 Form A toolholder for secure clamping of cylindrical‑shank cutting tools in ER collets, engineered for high‑precision milling and drilling applications. DIN 69893 Form A HSK‑A63 interface ER collet chuck, clamping range 2–20 mm 100 mm projection length A for extended reach 50 mm flange diameter for rigid mounting Increased process reliability through a standardised spindle connection The hollow shank taper to DIN 69893 Form A provides a direct, form‑fit connection between spindle and toolholder, delivering high radial stiffness and minimal runout. This geometry, combined with the HSK‑A63 interface, reduces micro‑movement under load and contributes to repeatable tool positions across setups. For production environments where spindle accuracy affects surface finish and tool life, this toolholder offers a measurable improvement in process consistency and reduced rework. The compact flange with a 50 mm diameter supports stable clamping while maintaining compatibility with common HSK tool systems. Flexible inventory and straightforward clamping for diverse tooling Equipped for ER32 collets, the chuck covers a wide 2–20 mm clamping range, making it suitable for a broad mix of end mills, drills and reamers with cylindrical shanks. ER collets conforming to DIN 6499 self‑centre and compensate minor shank tolerances, so fewer collet sizes are required to cover typical tool inventories. This versatility shortens changeover time and simplifies toolroom logistics, enabling shops to standardise on one chuck type for multiple machining tasks without compromising grip or concentricity. Practical dimensions that favour stability and accessibility With a functional projection length A = 100 mm, the toolholder balances reach and rigidity for operations requiring extended tool reach while keeping deflection low. The design’s hollow shank taper also supports coolant through the spindle where configured and is suited for modular toolholding strategies. Clear labelling of standard dimensions and adherence to DIN interfaces streamline procurement and replacement planning, reducing downtime and helping maintain throughput. The chuck’s construction is focused on reliable clamping performance and uncomplicated maintenance routines for industrial use. For precision toolholding solutions based on the HSK‑A63 interface and a wide ER clamping range, contact Metav Werkzeuge in Emmerich for tailored advice and order coordination — our consultants will assist with technical matching and delivery. Technical Data Article number: 2000833831NW Product type: ER collet chuck Standard: DIN 69893 Form A Clamping range: 2–20 mm Interface: HSK‑A63 / ER32 Projection length A: 100 mm Flange diameter D: 50 mm Packaging unit: 1 Facts Clamping range 2–20 mm Projection A = 100 mm Diameter D = 50 mm Collet size ER32 SKU 2000833831NW Special features Hollow shank taper to DIN 69893 Form A Suitable for clamping cylindrical‑shank tools in ER collets to DIN 6499 HSK‑A63 spindle interface for high rigidity Designed for standard industrial toolholding systems FAQ What clamping range does the chuck cover? The chuck covers a 2–20 mm clamping range when used with ER32 collets, allowing a broad selection of cylindrical‑shank tools to be held securely. Is this toolholder compatible with HSK‑A63 spindles? Yes, the toolholder is designed for the HSK‑A63 interface and complies with DIN 69893 Form A, ensuring a form‑fit connection with HSK‑A63 spindles. Which collet size is required for the system? The system uses ER32 collets for the stated clamping range; ER32 collets to DIN 6499 should be used to guarantee correct centring and clamping performance. What are the key dimensions that affect tool reach and rigidity? Key dimensions are projection length A = 100 mm and flange diameter D = 50 mm, which influence available tool reach and the overall stiffness of the assembly. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund
Secure components with reliable workpiece clamps
Workpiece clamps, also known as workholding clamps or workholding devices, form the essential mechanical interface between machine and part in industrial fabrication. They keep components absolutely play-free, positionally accurate and vibration-resistant during milling, turning, drilling or grinding.
How workpiece clamps ensure process stability
A correctly specified clamping concept transfers the high cutting and feed forces of modern CNC machines into the machine table or spindle without deforming the part. The right combination of mechanical, hydraulic, pneumatic or magnetic solutions enables fast, repeatable setups and supports automated part change where required. Typical applications range from single-part turning to high-volume series milling and complex five-axis machining.
Concrete production benefits at a glance
- repeatable positioning: reduces scrap and rework
- high clamping forces: withstands aggressive cutting without part movement
- reduced set-up time: modular systems and quick-change features speed throughput
- improved surface finish: vibration damping for finer results and tighter tolerances
- flexible compatibility: vices, chucks, clamping plates and zero-point systems for diverse geometries
Why Metav's range is the practical choice
Metav combines decades of specialist know-how with a broad, handpicked range that democratises precision for workshops and industry alike. Based in Emmerich, Metav acts as a quality filter for the European market and supplies more than 250,000 products from precision metrology to complete workshop equipment. With the trust of over 48,000 customers, Metav offers a single-source approach that reduces supplier complexity and secures dependable delivery to your workbench.
Technical data
- function: mechanical interface between machine and workpiece
- primary requirements: absolute positional accuracy; vibration reduction; high clamping forces
- technologies: mechanical, hydraulic, pneumatic, magnetic
- typical components: machine vices; chucks; clamping plates; zero-point systems; pratzen; clamping jaws
- application areas: milling; turning; drilling; grinding; automated part change systems
- production benefits: reduced set-up time; enhanced process security; optimised series and single-part production
The practical summary
Workpiece clamps bring the stability and repeatability required to meet tight tolerances and excellent surface quality, making them indispensable across machining operations. Choosing the right workholding clamps and modular workholding devices is a decisive step towards higher productivity and consistent part quality.
FAQ
What types of workpiece clamps are suitable for automated machining?
Workholding clamps with quick-change modules, hydraulic actuation or magnetic systems are commonly used for automated machining. These workholding devices enable fast, repeatable part changes and integrate with zero-point systems.
How do workpiece clamps affect surface finish and tolerances?
A stable clamping concept minimises vibration and part movement; this improves surface finish and supports achieving narrow tolerances when using high-precision workpiece clamps or workholding devices.
Can the same workpiece clamps handle different part geometries?
Modular workholding clamps and adaptable clamping jaws allow flexible fixturing for varied geometries; combining vices, clamping plates and pratzen increases versatility on the shopfloor.
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