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Employing a comprehensive military‑grade deformation‑control process: ① Vacuum stress‑relief annealing after rough machining to fully eliminate internal stresses; ② Layered cutting and trochoidal milling, combined with high‑pressure internal cooling, to minimize cutting heat and mechanical stress; ③ Leveraging in‑house developed cutting‑data analysis software to optimize toolpath parameters, tailored to the specific properties of various specialty materials; ④ Maintaining a constant processing and inspection temperature of 20°C in a temperature‑controlled workshop to eliminate thermal‑induced errors; ⑤ Utilizing custom‑designed specialized jigs and fixtures to reduce clamping deformation and ensure batch‑to‑batch consistency.
Jul 24,2026
Specializing in high-end, difficult-to-machine materials for the aerospace industry—covering titanium alloys (such as TC4), nickel-based superalloys (such as Inconel 718), aerospace-grade stainless steels, high-strength structural steels, and aerospace aluminum alloys—our solutions address the key challenges of these materials: high hardness, exceptional toughness, rapid tool wear, and susceptibility to deformation, backed by mature, reliable, and proprietary process technologies.
Jul 24,2026
Do you have integrated capabilities for precision welding and machining of aerospace components?
Possesses comprehensive, integrated capabilities. We can perform precision TIG welding of titanium‑alloy and high‑temperature alloy aerospace components, followed by finish machining, reshaping, and stress‑relief treatment. Simultaneous weld‑seam nondestructive testing is provided, with rigorous control of welding distortion, enabling one‑stop delivery encompassing welding, machining, and inspection—thereby minimizing errors and cycle‑time losses associated with outsourced processes.
Jul 24,2026