MW Rough Boring Heads MW Rough Boring Heads are straight-shank indexable rough boring tools for small diameters based on the BIG KAISER 319 SW series.
Digital MEGA Torque Wrench Digital MEGA Torque Wrench has a user-friendly digital interface and interchangeable head sizes for secure and accurate tightening of collet chucks.
Pre-Assembled Chucks Base stations with the new ERGO 138 chuck rather than the ESM 138, saving 11mm of height.
Indexable Insert Drills Indexable Insert Drills Series 336/337 generation of the BIG KAISER insert drills have straight flutes.
Boring Inserts Boring inserts including pressed and ground-geometry inserts are available through BIG DAISHOWA to help optimize performance and tool life in boring applications.
Reductions & Extensions Reductions & extensions make connections between different CK sizes within the system allowing for a large variety of tool combinations.
Stabilizer System BIG DAISHOWA’s zero-point, UNILOCK stabilizer system can easily adjust to any new part — making machining more efficient and cost-effective.
CNC Lathe Tooling CNC Lathe Tooling includes basic straight shank tool holder, ER adapters for driven tools, and set up accessories.
OD Turning The BIG KAISER modular tooling system offers standard solutions for OD turning on machining centers.
Micro Spot Drills A micro spot drill can improve the hole location and tool life of a deep hole drill or micro drill.
Spot & Chamfer Drills Implementing a chamfer drill bit or spot drill bit can improve hole location and extend the tool life of a succeeding drill.
MEGA Wrench The MEGA Wrench offers firm and easy tightening using a one-way clutch system with a roller bearing and ratchet function.
MEGA MICRO COLLET MEGA MICRO collets are available in 0.1 mm diameter increments to suit all cutting tool shank sizes with maximum accuracy.
MEGA ER COLLET MEGA ER collets are inspected twice (0º and 180º) at 4 times diameter to guarantee the runout accuracy.
MEGA E COLLET MEGA E COLLET includes a shallow taper and extended clamping length, which enhances the clamping and self-centering forces for stable performance.
