Boring Tools

Wohlhaupter 3ETECH+ (3ETECH Plus)

The 3ETECH+ provides improved diameter adjustment accuracy of one micron, making it the ideal choice for customers who need to hold precision hole tolerances on expensive parts. High-production environments such as aerospace, heavy equipment and automotive also greatly benefit from the enhanced digital readout module to be used on Wohlhaupter digital boring tools including VarioBore versatile boring head, 420 (410) series boring heads, 465 (464) series balanced boring heads, 538 (537) fine boring cassettes, custom boring solutions and the newest Wohlhaupter product, the ES-Bore series of fine boring laydown cartridges.

HGV Water Plug Machining Tool

The tool’s CERATIZIT R84 fine boring indexable inserts feature a brand new reaming geometry specifically designed for exceptional hole finishing. The new positive geometry generates extremely low cutting forces and includes a new chip breaker that improves chip control. All of which allows for higher feed speeds while at the same time producing a better surface quality. Plus, the new inserts provide a much longer tool life as compared to their predecessors.

Precision Boring XT Tools

These new vibration-free tools provide finish machining of precise bores (IT6–IT8) up to 6 × D, with high surface quality and are up to three times more reliable and flexible than comparable models. Their flexibility is boosted by the fact that the new Walter boring tools employ modular components such as cartridge holders and extensions, which are matched to the system, utilize an extensive range of indexable inserts suited for precision boring, and can be used for all material groups.

Boring with in-process gauging

Posted as a supplement to "The Zenith of Boring," a feature article appearing in the July 2022 issue of Cutting Tool Engineering magazine, this video demonstrates how Rigibore's Zenith system integrates ActiveEdge tools with in-process gauging to enable a machine controller to automatically compensate for insert wear, temperature changes and material inconsistency without manual intervention and without manufacturing interruptions.