Your Search Results

The Lollipop from SPHINX is ideal for machining undercuts, deburring and multi-axis machining.

BIG DAISHOWA has announced the smallest precision finish boring head on the market—for use on micro-milling machines with high-speed spindles.

BIG DAISHOWA introduces the newest addition to its SPHINX micro drill line. The new drill, made of fine-grained solid carbide, delivers exceptional tool life and consistent process reliability.

The Nirox high-performance drill from SPHINX was developed for use at low cutting speeds in unstable environments.

The precision and ruggedness of KAISER boring heads from BIG DAISHOWA deliver measurable performance advantages, significantly reducing finishing cost and cycle time.

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

See the benefits of BIG DAISHOWA's premium tooling play out with the new Speed Finisher face mill for aluminum or cast iron.

The SWS Rough Boring Head is a twin-cutter boring head that allows for diameter adjustments without a tool measurement unit.

TAG90 center-through coolant angle heads deliver coolant directly from the machine spindle to the cutting edge, without passing through the stop block.

Coated carbide micro deep hole drills manufactured by SPHINX Tools can reliably create wire EDM starter holes up to 5x faster than traditional wire erosion techniques.

Workholding plays a critical role in the metalworking equipment equation. Chuck condition is becoming even more important in multi-axis machining where additional angles and motion can amplify problems.

Some customers utilize twin cutter boring heads only as semi-finish tools.

BIG DAISHOWA’s MEGA NEW BABY CHUCK has been delivering extreme precision for more than 20 years and is now available with up to ø1″ clamping for drills, reamers and finishing end mills with .00004″ runout accuracy.

When using a high-performance drill, we do not recommend turning on coolant until the drill is inside a 1-2xD deep pilot hole.

As our Engineering Manager, Alan Miller, likes to say, “You’re only as precise as your least precise component.”