The ThermoGrip® HSK-A63 shrink fit chuck for 12mm tools with 160mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
ThermoGrip® cool jet shrink fit chucks provide optimised coolant supply through closable side channels, delivering targeted cooling directly to the cutting edge during CNC machining. This improves chip evacuation, stabilises cutting temperatures and extends tool life in demanding milling applications.
Features include:
The ThermoGrip® HSK-A100 shrink fit chuck for 12mm tools with 95mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® FBT50 dual contact shrink fit chuck for 12mm tools with 100mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® SK40 shrink fit chuck for 12mm tools with 120mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® SK50 dual contact shrink fit chuck for 12mm tools with 120mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® FBT50 dual contact shrink fit chuck for 12mm tools with 130mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® SK40 shrink fit chuck for 12mm tools with 160mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® HSK-A100 shrink fit chuck for 12mm tools with 120mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® FBT50 dual contact shrink fit chuck for 12mm tools with 160mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® SK50 dual contact shrink fit chuck for 12mm tools with 160mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® HSK-A100 shrink fit chuck for 12mm tools with 160mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® HSK-A63 shrink fit chuck for 12mm tools with 90mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
ThermoGrip® corona jet shrink fit chucks provide advanced coolant delivery for demanding machining applications. The system directs coolant precisely to the cutting edge while reducing centrifugal coolant loss compared with conventional tool holder designs. Ideal for general engineering, aerospace machining and mould & die applications, particularly when machining deep cavities.
The ThermoGrip® HSK-E63 shrink fit chuck for 12mm tools with 90mm gauge length is balanced to G2.5 at 25.000 RPM. This precision tool holder provides high clamping forces and excellent concentricity for demanding CNC machining applications.
The ThermoGrip® shrink fit system ensures secure and precise tool clamping through the perfect combination of shrink fit machine and tool holder. Induction shrinking technology provides exceptional concentricity, high rigidity and extremely strong clamping forces for reliable CNC machining. The result is improved surface quality, longer tool life and higher cutting performance at increased feed rates and spindle speeds.