Your Search Results

Boring inserts including pressed and ground-geometry inserts are available through BIG DAISHOWA to help optimize performance and tool life in boring applications.

The C-Centering Cutter is a multifunction cutter capable of both spot drilling and chamfering. With high chipping resistance, the tool life is significantly extended.

CA Collets are exclusively designed for fixed 90º small-bore Angle Heads.

The unique design of Baby Perfect Seal nuts increases sealing performance with higher coolant pressure to create a perfect seal.

The BF-CUTTER was exclusively designed for back spot facing of capped bolt holes, sizes M6-M16, or 1/4"-5/8.

The EWN/EWD Smart Damper damps vibrations and reduces chatter in deep-hole finish boring and extended-reach face milling applications.

The large diameter boring system Series 318 system is super light providing high-precision and performance. Learn more about our modular boring system.

Meet the precision-engineered Surface Mill, crafted for flawless surface finishes at a 45° approach.

HIGH SPINDLE is an innovative gear-driven system that enhances the performance of existing machining centers by multiplying spindle speed 4, 5, or 6 times, improving both drilling and end milling operations.

The Dyna Contact spindle gauge provides easy spindle taper inspection to quickly determine the accuracy of the machine spindle taper.

MEGA E CHUCK is an end mill collet chuck that is designed with high concentricity and rigidity, perfect for end milling. Contact our tooling experts to learn more.

MEGA E COLLET includes a shallow taper and extended clamping length, which enhances the clamping and self-centering forces for stable performance.

MEGA ER collets are inspected twice (0º and 180º) at 4 times diameter to guarantee the runout accuracy.

The MW Rough Boring Head is a straight-shank indexable rough boring tool for small diameters based on the SW Boring Head series.

The Perfect Jet Collet, also known as PJC, is the perfect solution for achieving optimum end milling operations. Utilizing a peripheral coolant supply minimizes the loss of coolant caused by centrifugal forces during spindle rotation.