Carbide Inserts
Precision-ground carbide inserts for turning, milling, and grooving. Custom geometry and substrate grade matched to your machining application and material.
OEM and non-standard carbide tooling manufactured in Chongqing, China. Custom geometry, coating selection, and batch production -- built to your drawing or sample.
Serving procurement managers and technical managers in machining, tooling distribution, and industrial equipment manufacturing globally.
End-to-end carbide tool production -- from raw material inspection to final batch shipment -- under a documented quality workflow.
Precision-ground carbide inserts for turning, milling, and grooving. Custom geometry and substrate grade matched to your machining application and material.
Solid carbide end mills with custom flute count, helix angle, and shank diameter. Optimised for stainless steel, hardened alloy, and general precision work.
Fully custom carbide tooling from customer drawings or physical samples. Special shanks, bespoke geometries, and application-specific configurations.
Coating type matched to application requirements. Specification confirmed before batch production -- no substitution without approval.
Incoming material → in-process grinding → geometry verification → coating confirmation → final shipment inspection. Sampling per standard procedures.
Production scheduling adjusted to delivery requirements. Supports procurement managers, tooling distributors, and equipment OEMs across international markets.
Start EnquiryBrowse standard product lines or contact us for non-standard configurations. All products available in OEM batch quantities.
Turning, milling, and grooving inserts. Multiple geometry types and substrate grades available for standard and custom orders.
Solid carbide end mills for precision milling. Custom flute count, helix, and diameter to match machining conditions and material types.
Fully custom tooling from your drawings or physical samples. No geometry is too complex -- we support special shanks, unique profiles, and bespoke configurations.
Tool geometry, substrate grade, and coating are selected based on the specific material being machined. Each application has different requirements.
304, 316, 17-4PH, and duplex grades. Requires sharp edges, positive rake, and heat-resistant coatings to manage work hardening and chip evacuation.
4140, 4340, H13, and high-speed steel grades. Demands high wear resistance and thermal stability at elevated cutting speeds and feed rates.
Gray iron, ductile iron, and compacted graphite iron. Abrasive material demands high hardness substrate and specific edge preparation to reduce flank wear.
Titanium alloys, nickel superalloys, hardened steels, and composite materials. Complex applications require customised tool geometry and substrate selection.
Send your drawing, sample reference, or application brief.
PDF, DWG, DXF, or photos of physical samples accepted
Material grade and hardness if known
Annual volume or batch size indication helps with pricing
Target delivery date or lead time expectation
Chongqing, China · OEM & Non-Standard Tooling · International Shipping