Toolholders

Toolholders 27 Feb 2017

Interchangeable Broach Toolholder for any ER Collet Chuck

PMTS 2017: Interchangeable among any style ER collet chuck, the compact, adjustment-free offset rotary broach toolholder will thread onto existing ER (16, 20, 25 and 32) collet chucks and features a built-in 1-degree wobble cutting edge for offset rotary broaching.

Toolholders 27 Feb 2017

Boring Bars with Coolant Through Reduces Cutting Edge Temps

PMTS 2017: Coolant Ring Technology (CRT) holders from Scientific Cutting Tools are made from high quality heat treated steel and come with a black oxide coating.

Toolholders 27 Feb 2017

Slip-Proof Mini Clamping Nut

PMTS 2017: The Intrlox MX Mini Nut system for Swiss automatic machine tool applications has an anti-slip locking design that is engineered to prevent the locking wrench from slipping off the nut during assembly and disassembly.

Toolholders 24 Feb 2017

Toolholder Presettable in X, Y, Z for Multi-Spindle Swiss-Type Lathes

PMTS 2017: Göltenbodt has expanded its line of presettable, coolant-fed toolholders with the next generation of toolholders designed for Tornos MultiSwiss 6X4 and Star Swiss-type automatic lathes.

Toolholders 2 Feb 2017

Automated Tool Clamping, Measurement

This system combines tool presetting with tool clamping to automatically set, measure and clamp tools.

Toolholders 16 Jan 2017

Slim Milling Chuck Provides High Gripping Force

Big Kaiser has launched the HMCJ, a super-slim milling chuck with peripheral coolant supply, designed to support heavy-duty and finish-end-milling tasks with power and precision using ½"- or 12-mm-diameter cutters.

Toolholders 11 Jan 2017

Shrink-Fit Chuck for Heavy-Duty Applications Can Replace Weldon Holder

Haimer’s heavy-duty shrink-fit chuck is designed for roughing applications in the heavy machinery and aerospace industries.

Toolholders 22 Dec 2016

Improving Tool Life by Turning off Coolant

In this case study, learn how retooling with the Di-Pos Hexa high-performance face mill from Ingersoll Cutting Tools and turning off the coolant helped McGill Machine Works achieve eight times the tool life of its previous inserts plus an 80 percent boost in throughput.