Turning

The curved edge balances edge strength and sharpness. It is suitable for semi-finish and medium machining of steel and alloy steel, fits most working conditions and features excellent chip breaking performance.

The dual rake angle ensures excellent sharpness and edge strength. The positive rake geometry reduces cutting resistance. Featuring a unique chip breaker protrusion, it is ideal for medium machining of superalloys.

Dual rake angle combined with wide land ensures superior cutting edge strength. The recessed concave design greatly improves chip curling and breaking. The large chip gullet enables smooth chip evacuation.

The unique chip breaker provides excellent chip control. The curved cutting edge reduces cutting force. It is recommended for roughing and heavy machining.

Negative land and wide edge provide sufficient strength. Graded groove depth and tapered edge deliver effective chip control.

Small rake angle and wide cutting edge ensure high edge strength. The optimized chip breaker angle reduces wear and achieves stable chip breaking.

Dual rake angle improves sharpness and tip stability. Positive land geometry creates low cutting resistance. The large chip gullet ensures smooth chip evacuation.

The gradual rake angle boosts edge sharpness and cuts down cutting force. Arc transition on the main cutting edge improves overall edge strength. The curved edge together with raised chip breaker optimizes chip curling and achieves excellent chip breaking performance.

The gradual rake angle boosts edge sharpness and cuts down cutting force. Arc transition on the main cutting edge improves overall edge strength. The curved edge together with raised chip breaker optimizes chip curling and achieves excellent chip breaking performance.

The dual rake angle balances cutting sharpness and structural strength for well-rounded performance. The raised chip breaker ensures stable chip control, while the wide side flute provides ample chip space to effectively prevent chip clogging.

The innovative curved edge delivers high strength, low cutting force and higher machining efficiency. It is suitable for finishing steel and alloy steel. The special chipbreaker groove features excellent versatility for various applications.

The dual rake angle enables light cutting in various conditions. The wide flank meets the high edge strength requirements for steel machining. Gradual chipbreaker protrusions deliver reliable chip breaking even at low cutting forces.

Small rake angle and wide cutting edge provide high edge strength. The flat land design supports universal machining. The optimized chip breaker angle reduces wear and ensures stable chip control.

Dual rake angle with wide land guarantees high edge strength. The versatile double-sided geometry suits rough to light machining. The graded edge design enables smooth chip evacuation.

It features wide land and large rake angle, delivering superior sharpness and tip strength. The large chip gullet ensures smooth and steady chip evacuation for excellent cutting performance.

Wide-range chipbreaker ensures easy cutting and stable chip evacuation. With excellent wear resistance and long service life, it is suitable for semi-finishing and finishing of steel, cast iron and stainless steel. It performs outstandingly at high speeds, applicable to both inte

The dual rake angle ensures excellent sharpness and edge strength. The positive rake geometry reduces cutting resistance. Featuring a unique chip breaker protrusion, it is ideal for medium machining of superalloys.

The curved edge balances edge strength and sharpness. It is suitable for semi-finish and medium machining of steel and alloy steel, fits most working conditions and features excellent chip breaking performance.

Negative rake turning insert geometry with screw clamping. It features high rigidity, wide versatility, and stable chip control. Ideal for semi-finishing to medium roughing of steel, cast iron, and stainless steel, it delivers reliable clamping and consistent performance in mediu

The gradual rake angle boosts edge sharpness and cuts down cutting force. Arc transition on the main cutting edge improves overall edge strength. The curved edge together with raised chip breaker optimizes chip curling and achieves excellent chip breaking performance.