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Custom cutting tool support

Custom PCD, CBN and Micro Cutting Tools for Precision Machining

HEYI supplies PCD, CBN, carbide and micro cutting tools for precision turning, milling, drilling, reaming and difficult-material machining. Send your drawing, workpiece material and target result for a technical review.

About HEYI

Precision Tooling Experience Since 2004

HEYI's precision tooling experience dates back to 2004. Based in Shenzhen, China, we support precision machining projects with PCD, CBN, carbide and micro cutting tools, including drawing-based custom tooling for specific applications.

Product families

Start with the workpiece and machining task

PCD Tools

For aluminum alloys, copper, graphite, CFRP/GFRP, ceramics and other abrasive non-ferrous or hard-brittle materials.

View PCD Tools →

CBN Tools

For hardened steel, hard cast iron, rolls, brake components and hard-turning applications where wear stability matters.

View CBN Tools →

Carbide Tools

For precision turning, boring, drilling, reaming, threading and grooving across a broad range of machining tasks.

View Carbide Tools →

Custom Tools

For drawing-based geometries, reach limits, special forms, insert-pocket fit and application-specific tooling.

View Custom Tools →
PCD cutting tool production workshop with precision tool grinding equipmentClose-up of PCD cutting tool grinding inside the workshop
Factory & quality

PCD Tool Manufacturing and Quality Control

PCD tool slotting and flute generation, cutting-edge generation and sharpening, precision grinding, inspection, and suitable tool repair or reconditioning are completed in the factory. The exact route depends on the tool geometry, workpiece material, machining operation and required result.

Grinding and edge processingSelected steps follow the geometry and application.
Magnified inspectionCutting-edge condition is reviewed before release.
Send Your Drawing / Full RFQ
What to send

What to send for a tooling review

Send the tool drawing or model, workpiece material and hardness, operation and machine type, tolerance and surface-finish target, current setup or failure mode, quantity and required timing.

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