GER 130 B FT 2030 Cerclip Grooving Insert

Description

GER 130 B FT 2030 is a precision circlip grooving insert engineered for accurate and efficient machining of external grooves used for circlip and retaining-ring applications. Designed for CNC turning operations, this insert provides precise groove geometry, consistent groove dimensions, and stable cutting performance, making it suitable for components where accurate circlip seating and repeatable groove quality are essential.

The specialized cutting geometry is designed to produce clean and accurately formed grooves while maintaining controlled cutting forces. This helps reduce vibration and supports excellent dimensional stability during continuous production. The insert provides reliable edge performance and is suitable for precision groove machining on shafts, pins, hubs, gears, and other cylindrical components requiring retaining-ring grooves.

The FT 2030 grade provides dependable wear resistance and cutting-edge stability under appropriate machining conditions. With suitable cutting parameters, the insert can be used for machining a range of engineering materials, including carbon steel, alloy steel, stainless steel, and other suitable workpiece materials.

GER 130 B FT 2030 is suitable for external circlip grooving, retaining-ring groove machining, precision groove finishing, and component profiling. Its specialized design helps maintain consistent groove width and depth, supporting accurate assembly and reliable component performance.

This circlip grooving insert is ideal for automotive, industrial machinery, hydraulic, transmission, shaft manufacturing, general engineering, and precision CNC machining applications. It can be used on CNC turning centres and compatible grooving tool holders.

GER 130 B FT 2030 combines precision groove formation, stable cutting performance, reliable edge strength, and repeatable machining quality, making it a practical solution for manufacturers requiring accurate and consistent circlip groove machining in production environments.