Precision CNC Machining and Supporting Solutions

Check thin walls, deep pockets, sharp corners, datum scheme and tolerance stack.

Choose the route by geometry, tolerance, setup count and batch size.

Separate rough and finish cuts, manage stock allowance and thermal distortion.

Slots, pockets, contours, surfaces, chamfers and helical interpolation.

Outer diameters, bores, faces, grooves, threads and tapers.

Reduce secondary setups and improve positional consistency.

Vertical, horizontal, CNC lathe and mill-turn platforms.

High-speed machining depends on balance, runout and thermal growth.

Flood coolant, MQL and through-spindle coolant.

High rpm, strong chip evacuation, anti-welding and anodized appearance control.

Watch hardness, work hardening, tool wear and cutting heat.

Control distortion, burrs, heat impact and surface scratches.

End mills, drills, taps, reamers, boring tools and form tools.

Select by material, temperature, lubrication and wear pattern.

Control rigidity, runout, balance and tool overhang.

Calculated from cutter diameter and recommended cutting speed.

Based on rpm, flute count and feed per tooth.

Match tool rigidity, material, clamping and machine power.

Choose location by part shape and datum scheme, avoiding over-constraint.

Balance rigidity, distortion, changeover time and tool clearance.

Improve cycle time, repeat positioning and inspection consistency.

Set by functional surfaces, material, volume and cost.

Flatness, perpendicularity, true position, concentricity and profile.

First article, dimensional report and process capability traceability.

Anodizing, plating, passivation, black oxide, blasting, brushing and coating.

Quenching, tempering, aging, nitriding and stress relief.

Rust prevention, damage protection, separated packing and batch tracking.