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  ULTRA LONG SERVICE LIFE WITHOUT DISTORTION DUE TO HIGH QUALITY HOT WORK STEEL

  HARDNESS 52 ±2HRc / SHRINK TEMPERATURE 100-420°C (Max 500°C)

  BALANCED TO 25,000RPM G2.5 (<40,000RPM AVAILABLE BY REQUEST, PLEASE CONTACT US)

BT MAS Shrink Chucks

SK (DIN69871) Shrink Chucks

HSK Shrink Chucks

Double Contact Shrink Chucks


Shrink Fit Extensions


High Performance Shrink Fit Chucks from WTE, YG-1 & Cutwel Pro

WTE shrink chucks are 100% made in Germany and are used by the world’s leading Automotive, Aerospace and Mould & Die manufacturers. They have one of the biggest shrink chuck ranges in the world.

 

The YG-1 shrink chuck range offers exceptional value on the most popular tapers of BT, DIN69871 and HSK-A whilst maintaining exceptional quality and performance. We also supply a range of Cutwel Pro DOUBLE CONTACT shrink fit chucks available in DBT and DSK tapers.

 

Please contact our technical team today on 01924 869 615 for any queries or enquries regarding our range of Shrink Fit Chucks

GEOMETRIES

Standard 4.5°

The standard 4.5° profile is suitable for most milling & drilling requirements offering excellent clamping strength & rigidity with a much slimmer nose profile than side lock arbors or collet chucks.

Ultra Slim 3°

Ultra Slim 3° nose profile for machining in narrow cavities or moulds. With as little as 3mm wall thickness, 3° shrink chucks can access places that are impossible with most other chucks.

Coolant Ducts

Standard geometry with resealable coolant ducts in the nose of the holder. Ideal for stainless steel, aluminium or HRSA milling.

Volume Shrink

Ultra-heavy duty shrink chuck with excellent dampening properties. Ideal for heavy machining. Available in HSK100 & SK50.

TRANSFERABLE TORQUE WITH DIRECT CLAMPING

*Torque figures stated apply to WTE shrink chucks used with induction heated shrinking, used on the correct power setting. Overheating can cause distortion to the holder and a loss of clamping torque In high temperature milling (e.g. titanium, inconel), clamping forces can be reduced due to heat transfer from the tool to the holder.

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