Selection of Chipformers for Various Workpiece Materials

Material: 100 Cr6 Cutting Speed: 120 m/min

C
JT
J
Z
UT

How to Select the Best Chipformer for 100Cr6 Machining

• Understand your operation: Identify if you are performing roughing, finishing, or parting. Each application may require a different chipformer.
• Chip control is key: Use chipformers that efficiently break chips in 100Cr6 steel at the given speed, preventing long stringers and tool damage.
• Match geometry to the process: Select insert geometries (C, JT, J, Z, or UT) that correspond to your machine stability, workpiece rigidity, and required surface quality.

Benefits of Optimal Chipformer Selection

• Improved chip evacuation and reduced downtime
• Longer insert and toolholder life
• Superior machined surface quality
• Increased productivity and process reliability in CNC turning and lathe operations

Why Chipformer Choice Matters for Machining 100Cr6

100Cr6 (bearing steel) is widely used for high-precision and high-stress applications. Selecting the right chipbreaker for this alloy at 120 m/min ensures efficient swarf management, optimal insert wear, and enhanced cutting stability for professionals in machining, CNC turning, and metalworking industries.