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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.

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

The chances of a tool slipping or pulling out in its holder during work is increasing. Here are some insights to help you select the proper holder for your work.

BIG DAISHOWA has expanded its lineup of Fullcut Mill FCM tools to include larger diameters and additional lengths.

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.

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

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.

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

Machine tool accessories can offer economical solutions to many tooling and machine setup issues.

BIG DAISHOWA Inc. announces the expansion of its turning tool line to include HSK-T63 for Mill-Turn Centers.

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

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.

As lathes and turning machines pivot toward quick-change tooling models from traditional stick tools, tool presetters present benefits of keeping chips flying while reducing human error and increasing precision.

Micromachining, cutting where the volume of chips produced with each tool path is very small, is not a high-speed operation in relation to chip load per tooth. Rather, it involves a high spindle speed due to cutter diameter. The part may be physically larger, but details of the part require ultra-small profiles achieved only by micromachining. In other words, micromachining is not limited in scope to only miniature parts.