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

As part of a growing offering of turning solutions, BIG DAISHOWA announces the release of the Smart Damper boring bar for lathe applications.

The EWA Automatic Fine Boring System performs closed-loop boring operations without a human operator.

While the latest machine tool technology may go a long way towards eliminating vibration and chatter, adding a new one may not be realistic. Luckily, there are less disruptive options that can make positive impacts on vibration without breaking the bank.

Boring tools with a digital readout aren’t the standard in U.S. shops, but their use is growing.

In the precision, no-room-for-error world of aerospace, manufacturers need sophisticated tool presetting like airplanes need wings.

The return on investment from digital boring comes from the time saved making adjustments on the spindle, as well as the increased adjustment accuracy.

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.

BIG DAISHOWA's HSK-A125 tooling system, for machines such as Makino's T2 and T4 models, is the ideal solution for the aerospace industry – capable of tackling large-scale titanium and other workpieces on massive tables.

As cutting tool manufacturers increase the recommended operating conditions for their products, users achieve the desired result: shorter cycle times on existing machine tools.

Keeping pace with modern manufacturing demands often means bridging the gap between design and production. Creative and resourceful applications of tooling and accessories, such as angle heads, can get complex parts out the door.

There are three particularly sensitive areas of the tool holder assembly that can experience process-affecting wear and tear and cause a cycle to change.

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.

Even though it has been around forever, does the vise have limitations for shops in a competitive marketplace? Do you need to reinvent the wheel to reduce some of its limitations? To evaluate the vise’s viability in today’s manufacturing operations, we need to uncover the most efficient way to apply it.

Shop-smart accessories clean up on the competition