Non-Standard Customization
Custom Coolant-Through Drill
Custom coolant-through carbide drill bit with 0.4μm fine-grain tungsten carbide and SP coating (HV3800). Designed for precision drilling in steel, cast iron, carbon steel, and stainless steel, delivering efficient cooling, wear resistance, and reliable machining performance.
Custom Step Drill
Custom tungsten carbide step drill bit with 0.8μm grain size and an uncoated surface, designed for precision stepped drilling in aluminum alloys, copper, PVC, and foam. Ideal for customized machining applications.
Custom Coolant-Through Form Reamer
Custom coolant-through form reamer made from 0.4μm fine-grain tungsten carbide with SP coating. Designed for precision hole finishing in steel, cast iron, and carbon steel, offering excellent wear resistance and machining stability.
Custom Stepped Reamer
Custom tungsten carbide stepped reamer with 0.8μm grain size and SA coating (HV3800) for precise multi-step hole finishing in steel, cast iron, and carbon steel, delivering excellent hardness, wear resistance, and machining stability.
Taper Reamer
定制0.8μm粒度SA涂层(HV3800)硬质合金锥形铰刀,专为钢、铸铁和不锈钢的精密铰孔设计,具备高硬度、耐磨性和稳定的加工性能。
Non-Standard End Mill
Made-to-print DLC-coated 0.6um micro-grain carbide end mill for non-standard form/step profiles; low-friction, clean cutting in aluminum, copper, PVC and foam.
Custom SA-Coated Tungsten Carbide T-Slot End Mill
Custom-made T-slot end mill featuring 0.6μm fine-grain tungsten carbide and SA coating. Designed for precision slot milling in stainless steel and titanium alloys, offering excellent wear resistance and machining stability.
Custom SA Coated Solid Carbide End Mill
Custom ground carbide form milling cutter made from 0.6μm fine-grain tungsten carbide with SA coating (HV3200). Designed for precision machining of stainless steel and titanium alloys, offering excellent wear resistance and customized cutting geometry.
Carbide Taper Square End Mill
Premium 0.8µm micro-grain carbide taper square end mill with DLC rainbow coating. Designed for high-precision machining of aluminum, copper, PVC, and foam with low friction and superior chip release.