Thin-Wall Deformation and Precision Machining Constraints

Demand Pain Points: 

A leading aerospace manufacturer needed titanium alloy thin-walled components for rocket propellant tanks, 

requiring tight dimensional tolerances, stable wall thickness, and high structural integrity.Conventional machining caused deformation and inconsistent dimensions,creating challenges for repeatable production.

Solution: 

5-axis CNC machining + optimized toolpaths + multi-stage roughing and finishing+ full dimensional inspection minimized thin-wall deformation and improved dimensional consistency,

enabling stable production of high-precision titanium aerospace components.

 Biocompatibility and Sealing Performance Constraints

Demand Pain Points: A top medical device maker needed 316L stainless steel hemodialysis one-way valves (±0.01mm ID tolerance, ≤0.003mm flatness, ISO 10993-4 compliance), with prior 65% pass rate causing delays.

Solution: 3-stage machining + clean line + full inspection enabled 99.2% pass rate, CE certification & 3-month early EU launch.

Thermal Conductivity and Dimensional Stability Requirements

Demand Pain Points: A semiconductor firm required 6061-T6 aluminum 7nm chip heat sinks (≥180 W/(m·K) conductivity, ≤0.005mm flatness, 120 micro-channels ±0.02mm tolerance), facing chip blockage and oxidation issues.

Solution: High-speed milling + PVD coating + 3D calibration ensured 185 W/(m·K) conductivity, passed 1000h reliability test.