Professional DFM engineering support and strict quality inspection system to guarantee precision, consistency and reliability of all machined components.
We adopt a full-lifecycle quality control system covering drawing evaluation to final documentation, to maintain consistent precision and meet your strict specification standards.
Verify tolerances, datums, material specifications, surface requirements and critical part features before production.
Develop complete process solutions, fixture layout, tool selection and customized inspection plans for each project.
Carry out raw material incoming check, first article inspection and continuous dimensional monitoring during machining.
Comprehensive verification of critical dimensions, appearance, surface finish and functional performance before delivery.
Provide inspection reports, material certifications and batch traceability documents according to project demands.
Equipped with a full range of high-precision testing instruments to implement comprehensive dimensional and performance inspection for machined parts.
Delivers high-precision measurement of 3D dimensions and complex geometric tolerances for intricate precision machined parts.
Used for accurate measurement of part heights, step differences and parallelism during quality inspection.
Flexible universal measuring tools to quickly verify outer diameters, inner apertures and part lengths.
Comprehensive engineering support for DFM review, fixture design, material selection, cost and quality optimisation.
Conduct design manufacturability review to avoid structural defects and reduce processing risks.
Description: Recommend suitable raw materials and machining processes according to your application requirements.
Description: Custom fixture design to boost machining stability and improve production efficiency.
Description: Optimize processing routes to control costs without sacrificing part performance.
Description: Balance dimensional precision and consistency to meet strict technical specifications.
Send us your 2D drawing or 3D model. We can review the geometry, material, quantity and tolerance requirements and suggest a practical manufacturing route.
