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BIG DAISHOWA introduces a new small-diameter indexable rough boring solution for a range not previously available.

BIG DAISHOWA has updated its offering of Chip Blowers for added compatibility with hydraulic and milling chucks.

The new Chip Blower is designed to make removing chips and coolant from parts and machine tables fast and easy.

BIG DAISHOWA has been adding digital boring head options since 2010, beginning with the Series 112 for small diameter finish boring.

With a little knowhow and the right tools, see how you can significantly reduce cycle time by rough boring instead of performing a helical interpolation with a mill.

Why pull studs are under more pressure than ever before.

BIG DAISHOWA has launched the HMCJ, a super-slim milling chuck with peripheral coolant supply, designed to support heavy-duty and finish end milling tasks with power and precision using Ø1/2” or Ø12mm cutters.

The hydraulic chucks for Swiss lathes offering has expanded to include inch-size standard chucks, as well as new F Type and R Type chucks.

When used together with a machine that delivers on speed and accuracy, ChipFan and T-Slot Clean help machines reach maximum levels of productivity—even during downtime.

The Sphinx Drinox Pilot Step Drill delivers up to three times longer tool life, three times higher coolant-through output and three times faster drilling.

BIG DAISHOWA introduces the Mega Perfect Grip, a simple to handle, heavy-duty milling chuck for heat resistant super alloys (HRSA) that eliminates end mill pullout under heavy torque loads.

Earlier this year BIG DAISHOWA Seiki Co., Ltd. (Osaka, Japan) opened its ninth production plant at its Awaji, Japan, manufacturing facility.

BIG DAISHOWA has announces addition to the MEGA DOUBLE POWER CHUCK lineup for heavy-duty end milling.

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

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