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Industry Chipbreaker Design Reference
Groove Type: Roughing / General Purpose / Finishing
Suitable Conditions: Continuous Cutting / Interrupted Cutting / Light to Medium Duty Cutting
Applicable Materials: Steel, Stainless Steel, Cast Iron, Alloy Steel (varies by specific insert type)
Machining Methods: Chip breaker designs available for turning, milling, boring, and other operations.
Suitable Conditions: Continuous Cutting / Interrupted Cutting / Light to Medium Duty Cutting
Applicable Materials: Steel, Stainless Steel, Cast Iron, Alloy Steel (varies by specific insert type)
Machining Methods: Chip breaker designs available for turning, milling, boring, and other operations.
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Features Description
Cutting Stability
The optimized chip breaker geometry helps maintain smooth cutting processes and reduces vibration.
Efficient Chip Evacuation
The groove design promotes chip curling and breaking, facilitating timely chip removal and reducing chip entanglement risks.
Insert Protection
Chip breakers effectively distribute cutting forces, reduce localized stress on the cutting edge, and improve insert reliability.
Application Range
Different chip breaker types are suitable for roughing, semi-finishing, or finishing requirements.
Selecting the appropriate groove type based on workpiece materials (e.g., steel, stainless steel, cast iron) ensures optimal cutting performance.