Product Details
PCD/PCBN Grooving Turning Tools
UHD PCD/PCBN Grooving Turning Tools are ultrahard cutting tools for precision finishing of gear grooves, compressor components, external diameters, internal bores, faces, and piston ring grooves. PCBN grooving tools are suited to hardened steel and cast iron finishing, including gear and air-conditioning compressor parts. PCD grooving tools are designed for piston ring groove machining where wear resistance and profile quality are important.
Tool Advantages for Precision Groove Finishing
PCD and PCBN Material Options
Select PCD or PCBN according to materials such as hardened steel, cast iron, and piston components.
Multi-Position Finishing Capability
Supports precision machining of grooves, external diameters, internal bores, faces, and defined profile features.
Support for Turning Instead of Grinding
For suitable hardened steel applications, PCBN tools can support a turning-instead-of-grinding process route.
Wear Resistance and Profile Retention
Designed for demanding piston and groove-finishing conditions requiring consistent contour quality and tool wear performance.
Typical Machining Areas
Gear Groove Finishing
Precision groove and profile finishing for hardened steel or cast iron gear components.
Compressor Parts
Finishing of air-conditioning compressor components with defined groove and contour requirements.
Piston Ring Grooves
PCD tooling for internal-combustion piston ring groove machining and wear-sensitive applications.
Geometry and Application Matching
For groove widths, depths, bottom profiles, clamping interfaces, or operating conditions that are not directly covered by standard tools, UHD provides technical coordination for material selection, edge preparation, tool structure, and application parameters. As an ultrahard cutting tool manufacturer, Henan UHD Ultrahard Tools Co., Ltd helps manufacturers evaluate a grooving tool configuration based on workpiece hardness, groove dimensions, machine rigidity, coolant conditions, and finishing requirements.









