109mm Synchronising Thread Cutting Holder 63mm Dia With Coolant Feed ±0.5mm Compensation - TECWERK
Benefit from precise pitch compensation, a Weldon shank built to DIN 1835 B+E and an integrated coolant supply for reliable synchronised tapping on CNC machines; these features reduce scrap and ensure consistent clamping force. Order the synchronising thread-cutting chuck directly via Metav Werkzeuge or consult our technical team for application support. Thread-cutting synchronising chuck DIN 1835 B+E – Weldon shank, coolant feed (TECWERK) Thread-cutting synchronising chuck for CNC machines, designed to compensate pitch differences and to handle right- and left-hand threads with high runout accuracy Weldon shank DIN 1835 B+E Integrated coolant supply Compensates pitch differences ±0.5 mm Suitable for right- and left-hand threads High runout accuracy and strong clamping force Maximise machining reliability with synchronised pitch compensation A synchronised tapping solution that compensates for axial mismatches delivers fewer broken taps and reduced rework. The chuck’s length compensation of ±0.5 mm absorbs pitch differences between the tap and the synchronised spindle, which directly decreases thread rejects in serial production. Built to the DIN 1835 B+E interface and fitted with a Weldon shank, the unit integrates smoothly with standard synchronised thread-cutting arrangements on CNC lathes and machining centres, maintaining consistent cycle times and predictable outcomes. Maintain coolant flow and protect cutting edges for longer tool life Continuous lubrication to the cutting zone is essential when threading high-alloy or difficult-to-machine materials. The chuck’s integrated coolant supply ensures that the tap receives a targeted coolant feed, which reduces heat build-up and prolongs tool life. With improved cooling and chip evacuation, the set-up supports higher productive rates and lower tooling costs, making the component a practical choice where process stability and tool longevity are priorities. Achieve secure clamping and precise concentricity High clamping forces are achieved by tensioning the tap collet, which includes an integrated square drive to prevent slippage during both push and pull synchronisation. The design offers high runout accuracy, which is crucial for maintaining thread concentricity and contact geometry; this in turn reduces vibration and enhances surface finish. For applications requiring repeatable accuracy, the chuck’s mechanical setup provides the robustness expected in professional workshop and production environments. Flexible use across thread directions and a broad range of sizes The chuck supports both right- and left-hand threads and covers a wide thread range from M4 to M33, making it versatile for tooling inventories that must handle varied threading tasks. The compact footprint (outer diameter 63 mm, length 109 mm) and standard interface allow straightforward retrofitting on machines equipped with synchronised thread-cutting devices, streamlining changeovers and minimising machine downtime. For reliable synchronised threading and expert procurement support contact Metav Werkzeuge in Emmerich—call +49 2822 7131930 or email info@metav-werkzeuge.com to discuss availability and suitability for specific CNC applications Technical data Article number: 2000834908NW Designation: Thread-cutting synchronising chuck DIN 1835 B+E M4–M33 Facts Outer diameter: 63 mm Shank diameter: 25 mm Length A: 109 mm Length compensation: -/+ 0.5 mm Thread range: M4–M33 Special features Weldon shank DIN 1835 B+E Integrated coolant supply Compensates pitch differences between tap and synchronised spindle For CNC machines with synchronised thread-cutting device Compensates synchronisation errors on push and pull High runout accuracy Supports right- and left-hand threads High clamping force via tensioned tap collets with integrated square FAQ What thread sizes does the chuck cover? The chuck covers threads from M4 to M33 and is designed for a broad range of standard metric thread sizes. Can the chuck handle both right- and left-hand threads? Yes, the synchronising chuck is suitable for both right- and left-hand threads, enabling flexible use across different production needs. How much axial compensation is available to correct pitch differences? The chuck provides a length compensation of ±0.5 mm, which helps to balance small pitch mismatches between the tap and the synchronised spindle. Is coolant delivery integrated into the tool holder? An integrated coolant supply is part of the design, allowing targeted lubrication to the cutting area for improved tool life and chip control. Which machine interfaces are compatible with this chuck? The chuck is built to DIN 1835 B+E with a Weldon shank and is intended for use on CNC machines equipped with synchronised thread-cutting systems. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
150mm Thread Cutting Chuck Synchronised DIN 1835 B+E With Coolant Feed, Compensation ±0.5mm - TECWERK
Take advantage of the combination of precise synchronisation, robust clamping and integrated coolant management for reliable thread production on CNC machines; order directly via Metav Werkzeuge or consult Metav’s specialists for application support. TECWERK synchronised thread‑cutting chuck DIN 1835 B+E – Weldon shank, coolant feed The TECWERK synchronised thread‑cutting chuck DIN 1835 B+E is a purpose‑built clamping solution for CNC machines with synchronised thread‑cutting spindles, optimised for M3–M20 threading tasks Weldon shank to DIN 1835 B+E Integrated coolant feed Compensates synchronization errors ±0.5 mm Supports right‑ and left‑hand threads Consistent synchronisation reduces rejects and downtime The synchronised chuck is engineered to compensate pitch differences between the tap and the machine spindle, which significantly reduces the risk of cross‑threading and broken taps. By allowing a length compensation of ±0.5 mm, the device absorbs minor timing mismatches that can occur during synchronous thread cutting. This mechanical tolerance translates into fewer scrapped parts and a steadier production flow, particularly where high repeatability is required. The DIN standardised interface ensures predictable behaviour when integrated with existing CNC synchronised spindles. Industrial build for secure clamping and precision Designed with a Weldon shank to DIN 1835 B+E, the chuck delivers a reliable mechanical interface for automated toolholders. The construction promotes high runout accuracy, which is essential for thread geometry and surface finish. Clamping is achieved through a tensioned tap collet with an integrated square, producing high clamping force and secure tool retention even under axial loads. This combination of features enables steady performance in repetitive operations and supports long tool life by limiting unwanted vibration and movement. Coolant control and versatile thread capability An integrated coolant feed permits through‑tool lubrication and improved chip evacuation, reducing heat build‑up and wear on cutting edges. The chuck is dimensioned for a broad thread range (M3–M20) and supports both right‑ and left‑hand threads, making it suitable for diverse production demands without frequent tooling changes. For users processing small to medium metric threads, the design balances flexibility and process reliability: coolant management improves cutting conditions, and the mechanical compensation feature maintains profile accuracy across varying pitch leads. Simple integration and dependable operation Compatibility with DIN 1835 B+E interfaces and a compact nominal outer diameter ensure straightforward mounting in most synchronised tooling setups on CNC machines. The unit is intended for use with a synchronised thread‑cutting arrangement and will typically replace a standard chuck where pitch mismatch or spindle synchronisation problems occur. For workshops seeking a dependable clamping solution, this synchronisation compensating chuck offers a direct performance uplift without complex retooling. Metav’s role as a precision partner provides further assurance: decades of distribution experience and a broad product range support seamless procurement and stocked availability for production needs. Contact Metav Werkzeuge today for tailored advice on integrating the TECWERK synchronised thread‑cutting chuck into an existing synchronised CNC setup and to discuss suitable collets and mounting options. Technical data Article number: 2000834905NW Designation: Gewindeschneidfutter Synchron DIN 1835 B+E M3-M20 Schaft D.20mm A. L.63mm TW Brand: TECWERK Packaging unit: 1 Core specifications Outer diameter: 42 mm Shank diameter: 20 mm Length A: 63 mm Length compensation: +0.5 / −0.5 mm Thread range: M3–M20 Standard: DIN 1835 B+E Special features Weldon shank to DIN 1835 B+E Integrated coolant feed Compensates pitch differences of tool and synchronised spindle Suitable for CNC machines with synchronised thread‑cutting equipment Compensates synchronisation errors under thrust and pull Suitable for right‑ and left‑hand threads High runout accuracy High clamping force via tensioned tap collets with integrated square FAQ What machines is this chuck designed for? The TECWERK synchronised thread‑cutting chuck is designed for CNC machines fitted with a synchronised thread‑cutting spindle and a DIN 1835 B+E interface. Can the chuck handle left‑hand threads? Yes, the chuck supports both right‑hand and left‑hand threading applications for versatile shop use. How much synchronisation error can it tolerate? The chuck compensates synchronisation errors up to ±0.5 mm, which absorbs small timing mismatches during synchronous cutting. Does the chuck allow coolant through the tool? The unit includes an integrated coolant feed to support through‑tool lubrication and improved chip evacuation. Which thread sizes are supported? The clamping system is specified for metric threads from M3 to M20, covering common production ranges. Manufacturer/Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund
58mm Thread Cutting Holder Synchronised M3–M10 With Coolant Feed, DIN 1835 B+E - TECWERK
Take advantage of the combination of precise pitch compensation, a Weldon shank DIN 1835 B+E and through-tool coolant supply for reliable synchronised tapping on CNC machines; the chuck’s ±0.5 mm length compensation and high run-out accuracy support consistent thread quality. Order via Metav Werkzeuge or consult the Metav team for application matching. Synchronising tapping chuck DIN 1835 B+E M3–M10 — Weldon shank and coolant feed (TECWERK) The Synchronising tapping chuck DIN 1835 B+E M3–M10 is a synchronised thread-cutting holder for CNC machines with synchronised tapping spindles, designed to compensate pitch differences between the tap and spindle while enabling through-tool cooling Weldon shank DIN 1835 B+E for secure mounting Coolant supply port for through-tool cooling Compensates synchronisation errors ±0.5 mm Suitable for right and left threads M3–M10 Precision where synchronization matters This synchronising tapping chuck is engineered to correct small pitch mismatches between the tap and the machine spindle, which reduces thread distortion and rejects. The integrated length compensation of ±0.5 mm allows the holder to absorb minor axial deviations under compression and tension, preserving cutting geometry. Combined with the high run-out accuracy, this feature ensures repeatable, high-quality threads across production runs and supports tighter process control on CNC threading operations. Through-coolant and clamping that improve cycle reliability The inclusion of a coolant supply makes continuous chip evacuation and tool cooling possible, which prolongs tool life and maintains surface finish on smaller threads such as M3–M10. The Weldon shank DIN 1835 B+E provides a robust interface for heavy-duty operation, while the design’s high clamping force—achieved through the threaded tap collet with integrated square—secures the tap against axial forces. These attributes together reduce downtime, lower scrap rates and contribute to a more economical production flow. Straightforward integration and clear operational benefits Intended for CNC machines equipped with a synchronised tapping spindle, the chuck accepts both right-hand and left-hand threads and compensates for synchronisation errors on both push and pull cycles. Installation requires standard mounting to a Weldon-type holder; once fitted, the synchronising function balances pitch differences that otherwise demand manual intervention. For shops consolidating tooling, the chuck offers a simple way to improve thread consistency without changing tapping parameters or introducing complex electronics. For specification advice or to confirm compatibility with a specific CNC synchronised tapping spindle, contact Metav Werkzeuge—Metav’s consultants can advise on application suitability and tool pairing via info@metav-werkzeuge.com or by phone at +49 2822 7131930. Technical data Article number: 2000834904NW Designation: Synchronising tapping chuck DIN 1835 B+E M3–M10 Manufacturer: TECWERK Packaging unit: 1 UID: 2000834904NW Core specifications Thread range: M3–M10 Length A: 58 mm Outer diameter: 22 mm Length compensation: -/+ 0.5 mm Special features Weldon shank DIN 1835 B+E Coolant supply for through-tool cooling For CNC machines with synchronised tapping spindle Compensates synchronisation errors on compression and tension Suitable for right-hand and left-hand threads High run-out accuracy High clamping force via threaded tap collet with integrated square FAQ Which thread sizes are supported by this chuck? The synchronising tapping chuck supports thread sizes from M3 to M10 and is suitable for both right-hand and left-hand threads; refer to SKU 2000834904NW for exact designation. Can the chuck handle synchronisation errors during tapping? Yes. The chuck compensates synchronisation discrepancies under push and pull conditions with a ±0.5 mm length compensation to maintain thread integrity. Is through-coolant machining possible with this holder? Through-tool cooling is supported via the integrated coolant supply, enabling improved chip evacuation and tool life when using the chuck. Which mounting standard does the tool use? The holder uses a Weldon shank to DIN 1835 B+E, providing a secure clamping interface for CNC toolholders. Is the chuck suitable for high-precision series production? Designed for high run-out accuracy and strong clamping force, the chuck is intended to support consistent thread quality in serial CNC tapping applications. Manufacturer/Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
63mm Synchronised Threading Chuck With Weldon Shank, Coolant Feed, ±0.5mm Compensation, DIN 1835 B+E - TECWERK
Combining high runout accuracy, a Weldon shank with integrated coolant feed and ±0.5 mm axial compensation, this chuck delivers consistent thread quality on synchronised CNC spindles while absorbing pitch differences. Order the synchronised tapping chuck directly via Metav Werkzeuge or consult our technical advisors for machine-specific integration. Synchronised Tapping Chuck TW (DIN 1835 B+E) – Weldon shank, coolant feed (TECWERK) The Synchronised Tapping Chuck TW is a purpose-built tapping chuck for CNC machines with synchronised thread-cutting spindles, designed to compensate for pitch deviations and to handle both right‑ and left‑hand threads. Weldon shank DIN 1835 B+E Integrated coolant feed Axial compensation ±0.5 mm Suitable for right- and left-hand threads Accurate synchronised threading for repeatable results The TW chuck offers axial compensation of ±0.5 mm to absorb small pitch mismatches between the tap and the synchronised spindle; this prevents thread distortion and reduces scrap rates. Thanks to its high runout accuracy, the system maintains concentricity during tapping cycles, which translates into consistent thread profiles and fewer reworks. For production environments where repeatability and reduced inspection effort are priorities, the chuck’s tolerance for minor synchronisation errors improves overall process stability and product conformity. Built for CNC integration and reliable coolant management Equipped with a Weldon shank to DIN 1835 B+E and an integrated coolant feed, the chuck is intended for straightforward installation on CNC machines fitted with synchronised thread‑cutting devices. The coolant supply supports internal lubrication for cutting tools, improving chip evacuation and tool life during through‑coolant tapping. Compatibility with both right‑ and left‑hand threads increases the chuck’s versatility across batches and part families, allowing single‑setup operations where reversal of thread hand is required. Robust clamping that reduces setup time and downtime High clamping force is achieved by tensioning in tap collets with an integrated square drive, providing secure engagement and reliable torque transfer during tapping operations. Secure clamping minimises slippage and wear on the tap shank, helping to extend tool life and reduce unplanned stoppages. Built for industrial use, the chuck supports continuous production demands while simplifying changeovers: the combination of stable grip and synchronised compensation contributes directly to reduced downtime and more predictable cycle times. Contact Metav Werkzeuge in Emmerich for machine-specific advice on integrating the TECWERK synchronised tapping chuck — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: 2000834906NW Product: Synchronised tapping chuck TW (DIN 1835 B+E) Manufacturer: TECWERK Packaging unit: 1 Dimensions / core specifications Outer diameter: 42 mm Length A: 63 mm Axial compensation: -/+ 0.5 mm Standard: DIN 1835 B+E Design & special features Weldon shank DIN 1835 B+E Integrated coolant feed Compensates synchronisation errors in push and pull For right‑ and left‑hand threads High runout accuracy High clamping force via tap‑collet tension with integrated square drive FAQ What does axial compensation of ±0.5 mm mean for threading performance? Axial compensation allows the chuck to absorb small pitch differences between the tap and the synchronised spindle, preventing overstress on the tap and reducing the risk of distorted threads when using the synchronised tapping chuck TW. Can left‑hand threads be produced with this chuck? Yes, the TW supports both right‑ and left‑hand threads, enabling flexible production without the need for additional tooling changes. Is coolant supplied through the chuck? The chuck includes an integrated coolant feed, permitting internal coolant supply to the tool for improved lubrication, chip control and extended tool life during tapping operations. Which shank standard is used and is it suitable for CNC synchronised spindles? The chuck uses a Weldon shank to DIN 1835 B+E and is specifically designed for use on CNC machines equipped with a synchronised thread‑cutting spindle. How does the chuck ensure secure clamping and torque transfer? Secure clamping is achieved via tensioning in tap collets combined with an integrated square drive, providing high clamping force, reliable torque transmission and reduced slippage during tapping cycles. Manufacturer / Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
69mm Synchronised Thread Cutting Holder Weldon Shank DIN 1835 B+E, Coolant Feed ±0.5mm Axial Compensation - TECWERK
Take advantage of a synchronised thread-cutting chuck that combines a Weldon shank to DIN 1835 B+E, integrated coolant feed and a length-compensation range of ±0.5 mm to keep cycle times predictable and scrap rates low; order directly via Metav Werkzeuge or contact our consultants for application advice. TECWERK Synchronized Thread-Cutting Chuck DIN 1835 B+E — Weldon shank with coolant feed, for M4–M27 The TECWERK synchronized thread-cutting chuck is a precision accessory for synchronised thread cutting on CNC machines, designed to equalise pitch differences and maintain running accuracy in high-volume production. Weldon shank DIN 1835 B+E Integrated coolant feed Compensates synchronisation errors ±0.5 mm High runout accuracy and clamping force Minimise rejects with controlled synchronisation and clear numerical benefits The synchronised chuck delivers measurable improvements in thread quality by compensating for pitch discrepancies between the tap and the synchronised spindle. With ±0.5 mm length compensation, the device absorbs small variances that would otherwise transfer into bad threads or broken tools. The combination of Weldon shank DIN 1835 B+E and compact dimensions provides a stable connection to the machine, helping to reduce rework and increase first-pass yield. This technical stability directly improves process efficiency on automated thread-cutting cycles. Reliable clamping and coolant management boost tool life and consistency Equipped with an integrated coolant feed, the chuck supports effective chip evacuation and consistent lubrication at the cutting zone, which reduces tool wear and improves thread finish. The design achieves high clamping force through threaded tap collets with an integrated square, ensuring taps remain secure under both push and pull loads. The result is longer tool life, fewer changeovers and a steadier production rhythm — key advantages in any busy workshop or production cell. Precision engineering that fits into CNC thread-cutting systems The chuck is intended for use on CNC machines with synchronised thread-cutting devices and accepts both right- and left-hand threads across a broad range (M4–M27). The compact outer diameter of 50 mm and the 25 mm shank allow straightforward integration into existing tool systems while the overall length (A = 69 mm) keeps the tool projection optimised for stability. High runout accuracy supports consistent thread geometry, which is particularly relevant for serial production and critical-fit components. Practical handling and application-oriented design for workshop use Made for production environments, the chuck’s features focus on usability and robustness: the Weldon shank simplifies mounting, the coolant feed reduces manual intervention for lubrication and the compensation function dampens the effects of minor spindle synchronisation errors. These characteristics make the chuck suitable for machine shops and subcontractors who require reliable, repeatable thread-cutting performance without frequent adjustments. Contact Metav Werkzeuge for tailored application advice on TECWERK synchronised chucks and to discuss compatibility with specific CNC thread-cutting systems. Technical data Article number: 2000834907NW Manufacturer: TECWERK Packaging unit: 1 Standard: DIN 1835 B+E Data Outer diameter: 50 mm Shank diameter: 25 mm Length A: 69 mm Length compensation: ±0.5 mm Thread range: M4–M27 Special features Weldon shank DIN 1835 B+E Integrated coolant feed Compensates synchronisation errors on push and pull Suitable for right- and left-hand threads High runout accuracy High clamping force via threaded tap collets with integrated square For CNC machines with synchronised thread-cutting device FAQ What thread sizes are supported by this chuck? The TECWERK synchronised thread-cutting chuck supports a thread range of M4–M27, making it suitable for a wide variety of common tapping operations. Can the chuck compensate for spindle synchronisation errors? Yes, the chuck offers a length-compensation range of ±0.5 mm, allowing it to absorb minor synchronisation mismatches between the tap and the synchronised spindle. Is coolant supply integrated in the tool? An integrated coolant feed is included to ensure effective chip removal and consistent lubrication at the cutting interface. Will the chuck hold left-hand taps as well as right-hand taps? The design accepts both right- and left-hand threads, allowing flexible use across different tapping requirements. What are the key dimensions for machine integration? Key dimensions are an outer diameter of 50 mm, a shank diameter of 25 mm and a length A of 69 mm, which support compact mounting and stable operation. Manufacturer / Responsible: NORDWEST Handel AG, Robert-Schuman-Straße 17, 44263 Dortmund
Gewindeschneidfutter DIN 69871A M14-M36 SK50 A.-L.140mm TECWERK
mit Steilkegel DIN 69871 Form A · mit Längenausgleich auf Druck und Zug · mit Kugelführungsbuchse · das Drehmoment des Gewindebohrers wird mittels Einspannen eines Schnellwechsel-Einsatzes übertragen Weitere technische Eigenschaften: · Form: A · Ausführung: mit Schnellwechsel · d: 48mm · A: 140mm · D: 78mm
Gewindeschneidfutter DIN 69871A M3-M14 SK40 A.-L.59mm TECWERK
mit Steilkegel DIN 69871 Form A · mit Längenausgleich auf Druck und Zug · mit Kugelführungsbuchse · das Drehmoment des Gewindebohrers wird mittels Einspannen eines Schnellwechsel-Einsatzes übertragen Weitere technische Eigenschaften: · Form: A · Ausführung: mit Schnellwechsel · d: 19mm · A: 59mm · D: 36mm
Gewindeschneidfutter DIN 69871A M5-M22 SK40 A.-L.97mm TECWERK
mit Steilkegel DIN 69871 Form A · mit Längenausgleich auf Druck und Zug · mit Kugelführungsbuchse · das Drehmoment des Gewindebohrers wird mittels Einspannen eines Schnellwechsel-Einsatzes übertragen Weitere technische Eigenschaften: · Form: A · Ausführung: mit Schnellwechsel · d: 31mm · A: 97mm · D: 53mm
Gewindeschneidfutter DIN 69871A M5-M22 SK50 A.-L.97mm TECWERK
mit Steilkegel DIN 69871 Form A · mit Längenausgleich auf Druck und Zug · mit Kugelführungsbuchse · das Drehmoment des Gewindebohrers wird mittels Einspannen eines Schnellwechsel-Einsatzes übertragen Weitere technische Eigenschaften: · Form: A · Ausführung: mit Schnellwechsel · d: 31mm · A: 97mm · D: 53mm
Gewindeschneidfutter Synchron DIN 69871AD/B M3-M12 SK40 A.-L.79mm TECWERK
mit Steilkegel DIN 69871 AD/B · mit Kühlmittelzuführung · zum Ausgleich von Steigungsdifferenzen des Gewindeschneidwerkzeuges und der Synchronspindel · zum Einsatz auf CNC-Maschinen mit Synchron-Gewindeschneideinrichtung · das Futter kann Synchronisationsfehler auf Druck und Zug ausgleichen (+/- 0,5 mm) · Einsatz für Rechts- und Linksgewinde · hohe Rundlaufgenauigkeit · hohe Spannkraft durch Spannung in Gewindebohrerspannzangen mit integriertem Vierkant Weitere technische Eigenschaften: · Außen-Ø: 22 mm · Norm: DIN 69871 · Längenausgleich - / +: 0,5 / 0,5mm · A: 79mm · D: 22mm · für Gewinde: für Re.-/Li-Gewinde
Gewindeschneidfutter Synchron DIN 69871AD/B M3-M20 SK40 A.-L.84mm TECWERK
mit Steilkegel DIN 69871 AD/B · mit Kühlmittelzuführung · zum Ausgleich von Steigungsdifferenzen des Gewindeschneidwerkzeuges und der Synchronspindel · zum Einsatz auf CNC-Maschinen mit Synchron-Gewindeschneideinrichtung · das Futter kann Synchronisationsfehler auf Druck und Zug ausgleichen (+/- 0,5 mm) · Einsatz für Rechts- und Linksgewinde · hohe Rundlaufgenauigkeit · hohe Spannkraft durch Spannung in Gewindebohrerspannzangen mit integriertem Vierkant Weitere technische Eigenschaften: · Außen-Ø: 42 mm · Norm: DIN 69871 · Längenausgleich - / +: 0,5 / 0,5mm · A: 84mm · D: 42mm · für Gewinde: für Re.-/Li-Gewinde
Gewindeschneidfutter Synchron DIN 69871AD/B M3-M27 SK40 A.-L.95mm TECWERK
mit Steilkegel DIN 69871 AD/B · mit Kühlmittelzuführung · zum Ausgleich von Steigungsdifferenzen des Gewindeschneidwerkzeuges und der Synchronspindel · zum Einsatz auf CNC-Maschinen mit Synchron-Gewindeschneideinrichtung · das Futter kann Synchronisationsfehler auf Druck und Zug ausgleichen (+/- 0,5 mm) · Einsatz für Rechts- und Linksgewinde · hohe Rundlaufgenauigkeit · hohe Spannkraft durch Spannung in Gewindebohrerspannzangen mit integriertem Vierkant Weitere technische Eigenschaften: · Außen-Ø: 50 mm · Norm: DIN 69871 · Längenausgleich - / +: 0,5 / 0,5mm · A: 95mm · D: 50mm · für Gewinde: für Re.-/Li-Gewinde
Gewindeschneidfutter Synchron DIN 69893A M3-M12 HSK-A63 A.-L.93mm TECWERK
mit Hohlschaftkegel DIN 69893 A · mit Kühlmittelzuführung · zum Ausgleich von Steigungsdifferenzen des Gewindeschneidwerkzeuges und der Synchronspindel · zum Einsatz auf CNC-Maschinen mit Synchron-Gewindeschneideinrichtung · das Futter kann Synchronisationsfehler auf Druck und Zug ausgleichen (+/- 0,5 mm) · Einsatz für Rechts- und Linksgewinde · hohe Rundlaufgenauigkeit · hohe Spannkraft durch Spannung in Gewindebohrerspannzangen mit integriertem Vierkant Weitere technische Eigenschaften: · Außen-Ø: 22 mm · Norm: DIN 69893 · Längenausgleich - / +: 0,5 / 0,5mm · A: 93mm · D: 22mm · für Gewinde: für Re.-/Li-Gewinde
Gewindeschneidfutter Synchron DIN 69893A M3-M20 HSK-A63 A.-L.98mm TECWERK
mit Hohlschaftkegel DIN 69893 A · mit Kühlmittelzuführung · zum Ausgleich von Steigungsdifferenzen des Gewindeschneidwerkzeuges und der Synchronspindel · zum Einsatz auf CNC-Maschinen mit Synchron-Gewindeschneideinrichtung · das Futter kann Synchronisationsfehler auf Druck und Zug ausgleichen (+/- 0,5 mm) · Einsatz für Rechts- und Linksgewinde · hohe Rundlaufgenauigkeit · hohe Spannkraft durch Spannung in Gewindebohrerspannzangen mit integriertem Vierkant Weitere technische Eigenschaften: · Außen-Ø: 42mm · Norm: DIN 69893 · Längenausgleich - / +: 0,5 / 0,5mm · A: 98mm · D: 42mm · für Gewinde: für Re.-/Li-Gewinde
Gewindeschneidfutter Synchron DIN 69893A M3-M27 HSK-A63 A.-L.108mm TECWERK
mit Hohlschaftkegel DIN 69893 A · mit Kühlmittelzuführung · zum Ausgleich von Steigungsdifferenzen des Gewindeschneidwerkzeuges und der Synchronspindel · zum Einsatz auf CNC-Maschinen mit Synchron-Gewindeschneideinrichtung · das Futter kann Synchronisationsfehler auf Druck und Zug ausgleichen (+/- 0,5 mm) · Einsatz für Rechts- und Linksgewinde · hohe Rundlaufgenauigkeit · hohe Spannkraft durch Spannung in Gewindebohrerspannzangen mit integriertem Vierkant Weitere technische Eigenschaften: · Außen-Ø: 50 mm · Norm: DIN 69893 · Längenausgleich - / +: 0,5 / 0,5mm · A: 108mm · D: 50mm · für Gewinde: für Re.-/Li-Gewinde
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