20 July 2026
Precision 6060 Large Valve Body with 5-Axis Milling and RAL 7035 Anodized Finish
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We manufactured a large 6060 aluminum valve body for industrial vacuum systems — leveraging 5-axis milling to achieve smooth internal surfaces meeting vacuum sealing requirements, finished with RAL 7035 light gray anodizing for corrosion protection and consistent appearance.
We manufactured a general industrial vacuum equipment housing from aluminum profile with CNC turning and milling — delivering a smooth, scratch-free internal surface through precision machining, rigorous cleaning, and surface conditioning.
We manufactured a precision 6061 aluminum lathe chuck body combining CNC turning and wire EDM — leveraging WEDM's zero-cutting-force advantage to machine complex slot features without deformation.
We manufactured a precision DT4C electromagnetic pure iron guide cylinder for hydraulic equipment — managing post-machining heat treatment distortion, high-precision bore tolerance and cylindricity requirements, and 5-8μm magnesium plating thickness control through precision turn-mill machining and optimized post-processing sequencing.
We manufactured a precision 7075 aluminum oil pump valve body for automotive applications — tackling the complexity of internal curved oil cavity surface control through optimized toolpath strategies and machining parameter management.
We manufactured a 304 stainless steel three-way vacuum chamber for semiconductor wafer processing — overcoming cross-hole internal burr removal challenges and complex electropolishing requirements through specialized deburring tools, high-pressure flushing, and controlled electropolishing parameters to achieve ultra-clean vacuum surfaces.
We manufactured a precision 6061 hollow bracket with integral air duct for 3C automation — suppressing thin-wall chatter through multi-stage finishing and stepover optimization, and achieving smooth air duct internal surfaces via controlled finishing parameters.
We manufactured a precision PA46 test interface fixture for semiconductor automation — tackling hygroscopic deformation through climate-controlled machining, staged clamping, and 24-hour stress-relief stabilization cycles.
We manufactured a precision PA 4.6 (Stanyl® PA46) component for semiconductor automation equipment — overcoming inherent material deformation challenges through sharp tooling, stress-relief sequences, and low-stress fixturing, leveraging the material's thin-wall molding capability for compact semiconductor interface designs.
We manufactured a precision 6061 flanged long sleeve bushing for 3C automation — achieving stringent inner-outer diameter coaxiality (≤0.01mm) and cylindricity control through single-setup "bore-first" turning, custom expanding mandrel fixturing, and MIL-spec black hard anodizing.
We manufactured a precision clamping ring combining 6061 aluminum body with 304 stainless steel hardware for 3C automation — balancing split-ring elasticity and roundness, while solving thin-wall chatter and deformation through custom expanding mandrel fixturing, low-stress clamping strategies, and MIL-spec black hard anodizing.
We manufactured a precision 6061 hollow equipment housing for 3C automation — overcoming large-area thin-wall chatter and deformation, internal cavity corner finishing, and cross-hole deburring through vibration-dampening toolpaths, stress-relief sequencing, and high-pressure water deburring.
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