DIN 69871 Precision Drill Chuck Holders
A tool holder that adheres to the manufacturing and machining procedures standard DIN 69871 for precisely fastening drill chucks.
DIN 69893 Screw-in Milling Cutter Holder
DIN 69893 screw-in milling cutter holder is used in milling machines, ensuring excellent grip and stability for milling cutters. It features an interchangeable design for efficient changeover and optimal performance.
2 Piece SK Slim Shrink fit Chuck, Coolant
Standard Shrink fit Chuck use Heat resistant hot-working steel to clamp HSS and solid carbide tools via steel thermal expansion character. 0,003 mm accuracy and precise taper tolerances improve tool l...
HSK-T Turning Tool DVUNR | DVUNL 93°/35°
Cutting tool for turning operations, the HSK-T Turning Tool DVUNR | DVUNL 93°/35°. It has a cutting edge with a 93° angle on one side and a 35° angle on the other.
Precision Drill Chuck Holder
For gripping and securing drill chucks during high-speed machining processes, utilize a CPU Precision Drill Chuck Holder.
Round Blank Form A2
Round Soft Blank Form A2 is a premium tool material that is perfect for creating custom cutting tools with round geometries. It offers exceptional machinability and flexibility, making it a top choice for toolmakers.
DIN 69871 Quick Change Tapping Chuck
A tool holder for tapping operations, providing length compensation and quick change feature, following DIN 69871 standard for machining applications.
DIN 69893 Screw-in Milling Cutter Holder, Straight
DIN 69893 screw-in milling holder is a tool holder designed for milling machines, providing excellent rigidity and torque transmission for efficient high-speed milling processes.
HSK-T Turning Tool DVVNN 72.5°/35°/72.5°
A cutting tool with angled cutting edges that is appropriate for precision turning operations is the HSK-T Turning Tool DVVNN 72.5°/35°/72.5°.
BBT Spindle Test Arbor
Used for detecting the concentricity of the spindle.Wooden box packing, store vertically to prevent the detection rod from being deformed and losing accuracy due to horizontal storage.Accuracy: <0....