TORX® and TORX PLUS® Carbide Punches
TORX® and TORX PLUS® Drive System Header Tooling
Oliphant Tool Company is a TORX® and TORX PLUS® header tooling licensee specializing in the production of carbide TORX® and TORX PLUS® extrusion pins, punches and carbide|steel hybrid assemblies.
By using carbide, Oliphant Tool Company’s TORX® and TORX PLUS® punches offer superior performance and reliability compared to steel. For right angle forming solutions, traditionally only achieved with steel, Oliphant Tool Company offers a hybrid assembly consisting of a near nano-grain carbide punch surrounded by a perfectly matched M2 or M42 hardened steel holder.
The punches and holders are both manufactured to extremely close tolerances. Every lobe on every single pin is 100% inspected to ensure conformance to the TORX® or TORX PLUS® standard and after assembly the punch system is inspected under high power microscopes to ensure perfect fitment. This comprehensive inspection ensures burr free heading when using our two-piece punch system.
And since we not only stock most standard configurations but are also the manufacturer, we can provide tooling modified to suit your specific requirements. Need a size slightly oversize from the standard, a custom recess length? No problem.
Contact Oliphant Tool Company to find out how steel to carbide migration of your punching system could mean revolutionary increases in tool life and productivity.
Manufacturing, Sales and Support
Oliphant Tool Company © 1983 - 2012 Celebrating 16 years online!
TORX® and TORX PLUS® are registered trademarks of Acument Global Technologies
Left: TORX PLUS® Solid Carbide Extrusion Pin w/ PVD TiN
Coating.
Top: T-8 Recess Punch in 2000+HV carbide with an M42 holder.
Oliphant Tool Company regularly produces all sizes of TORX® and TORX PLUS® punches and most common sizes are stocked in semi-finished form; shippable within 48 hours.
From traditional TORX® and TORX PLUS® extrusion pins to hybrid carbide/steel punch assemblies, Oliphant Tool Company offers an excellent opportunity to increase performance by migrating end users from steel to carbide.