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The Mini Indexable Boring Bar helps meet the increasing demand for successfully boring small parts in industries like medical and aerospace, such as machined medical implant devices and micro-sized components.

BIG DAISHOWA has released two smaller sizes of the EWN Smart Damper precision boring heads, which eliminate vibration in deep-hole finish boring with a patented damping system.

By ensuring that the retention force is at the correct level, cutting performance remains consistent, providing high-quality machining results.

BIG DAISHOWA introduced the heavy-duty MU-VZ and SU-VZ dial indicator stands for precise, stable positioning of inspection devices.

BIG DAISHOWA has introduced the new, large diameter Kaiser 318 Series - a complete tooling system supporting a variety of aluminum and steel components optimized for twin cutter rough boring, precision finish boring and precision OD turning operations.

BIG DAISHOWA Inc. has expanded the Kaiser CKB Modular Tooling System capabilities to include the ultra rigid high-feed C-Cutter Mini chamfer mill line.

New inserts for indexable tools—C-Cutter Mini, C-Centering Cutter and Fullcut Mill—are optimized to extend tool life in stainless steel or aluminum.

To offer more flexibility, BIG DAISHOWA has moved production of its CAT50 milling adapters to the U.S.

Add flexibility to your machine, increasing productivity by easily changing the angle of the cutter while using the original workpiece setup.

BIG DAISHOWA has expanded its lineup of Smart Damper-equipped, arbor-style face mill holders.

BIG DAISHOWA introduces the EWN & EWD Smart Damper - precision boring heads with a patented damping system to eliminate vibration in deep-hole finish boring.

When that inevitable job arises that requires higher RPM output, operators are left with the choice of replacing the machine altogether to gain higher productivity, or looking into an attachment, like a spindle speeder, to close the RPM gap.

The Affordable Care Act is changing how we access and consume medical services.

The medical industry pushes the limits of precision for machining and tools. The trend toward less-invasive surgery using smaller parts translates to a need to better control the preci­sion and tolerances of micromachining processes.