S06K-SCLCR06 Boring Bar

The S06K-SCLCR06 boring bar is an ultra-compact internal turning tool designed for CCMT and CCGT 0602 positive inserts. With a 6 mm shank diameter, this holder is specifically developed for machining very small internal diameters where accessibility and precision are critical. Its positive insert geometry significantly reduces cutting forces, making it ideal for small CNC lathes, Swiss-type machines, precision engineering, medical components, and miniature mechanical parts. The holder delivers smooth cutting action, excellent chip control, and superior surface finish quality when machining steel, stainless steel, aluminum alloys, brass, and other non-ferrous materials. The S06K-SCLCR06 boring bar is particularly effective in applications where larger boring bars cannot reach. Despite its compact size, the rigid steel body provides excellent stability for finishing, profiling, and light boring operations. When paired with polished CCGT inserts, it produces exceptional finishes in aluminum and soft materials, while CCMT inserts provide reliable performance in steel and stainless steel machining. Its slim profile allows access to bores starting from approximately 8 mm, making it one of the smallest and most versatile internal turning holders available for precision machining environments. Specifications: • Shank Diameter: 6 mm • Holder Style: SCLCR • Insert Type: CCMT / CCGT 0602 • Approach Angle: 95° • Hand: Right-Hand • Minimum Bore Diameter: 8 mm • Application: Internal Turning, Profiling & Fine Boring Compatible Inserts: • CCMT 060202 • CCMT 060204 • CCGT 060202 • CCGT 060204 Recommended Diamond Cut Grades: • CCMT 060202-OTF OS2415 • CCMT 060204-SL OS8225 • CCGT 060202 Aluminum Grades • CCGT 060204 Aluminum Grades The S06K-SCLCR06 boring bar is an excellent solution for miniature internal machining applications requiring maximum accessibility, low cutting forces, and outstanding surface finish quality. Its compact design makes it indispensable for precision manufacturing and small-diameter boring operations.