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

The lightweight Series 318 Large Diameter Boring System is designed for heavy roughing of bores for diameters up to 24.4"—and a special adapter can extend the system even further.

The Series 317 Large Diameter Boring System is designed for heavy roughing of bores and is ideally suited for use on production machines.

Series 319 SW aluminum heads provide lightweight solutions without sacrificing performance. Combined with the CKN modular connection, they are ideal for long-reach applications where steel tools may exceed ATC weight/moment limits.

In some cases, simply modifying your boring head to a back boring tool is much faster than changing the workholding.

EWN 04-152 centric fine boring heads feature variable length adjustment of the tool holders, ensuring the shortest and most rigid tool assembly.

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

SW Boring Head twin cutters offer maximum performance and versatility for rough and semi-finish boring operations.

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

Series 315 TWN twin cutter boring heads are designed for heavy duty rough boring and semi-finishing operations.

The BIG KAISER modular tooling system offers standard solutions for OD turning on machining centers.

Autobalance boring heads, Series 310 EWB, maintain perfect balance throughout the working range due to the integrated counter-balance mechanism.

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

Boring Bar Holder for MTC-style machines allows for the use of existing lathe tool holder technology on these more complex machines.

EWB 2-50 balanceable boring heads maximize cutting speeds and feeds on small diameter bores due to an integrated counterweight.