Tooling
Rotary Table Series for Vertical Machining
Koma Precision introduces a new line of high-accuracy, high-rigidity, energy-saving and zero-maintenance rotary tables from Tsudakoma.
Read MoreThinking Beyond the Tool Catalog Helps Everyone Succeed
In an era when many are doing more with less, both cutting tool suppliers and the manufacturers they serve have plenty to gain from deeper collaboration.
Read MoreAFM Creates New Association of Machining Companies
AFMEC will provide services to machining, boiler-making and metal-forming companies.
Read MoreLow-Profile Edge Clamp for Thin Workpieces
Carr Lane Manufacturing's new, low-profile version of the Tiny Vise edge clamp is designed for machining thin workpieces, and for applications in which down thrust action is not required.
Read MoreTom Paine Group Offers 5th Axis Workholding Products
Tom Paine Group represents 5th Axis in Arkansas, Oklahoma, Louisiana and Texas.
Read MoreMobile App Helps Users Identify, Correct for Tool Wear
Walter USA’s wear optimization app, which works on all current mobile devices and operating systems, enables users to identify specific forms of wear on indexable-insert and round-tool solid carbide applications, from milling, drilling and threading to turning, grooving and parting.
Read MoreAll Fired Up
After Taurus Tool and Engineering, a manufacturer of custom cutting tools, lost its production facility in a fire, it was able to rebuild the business on an entirely new basis.
Read MoreCarr Lane Roemheld Releases Power Workholding Catalog
The issue is available in print and online.
Read MoreGrooving Tool's Rigid Insert Clamping Prolongs Tool Life
Tungaloy introduces its AH7025 PVD grade for TungCut, a multifunctional grooving tool with two-cornered inserts.
Read MoreWorm Gear Improves Tilting Rotary Table's Wear Resistance
Featuring robust construction and powerful clamping for high accuracy, Kitagawa’s TT-series NC tilting rotary tables are designed to handle a range of applications including shaft work requiring large through holes.
Read More