Purpose: <\\/strong>Develop precise, ergonomic instruments for minimally invasive and laparoscopic procedures.<\\/p> Challenge:<\\/strong> Achieve lightweight design with excellent surface finish and biocompatibility.<\\/p> Manufacturing:<\\/strong>CNC machining of stainless steel and titanium handles or joints Mirror polishing for smooth, cleanable surfaces Optional laser marking for serial and regulatory tracking<\\/p> Outcome: <\\/strong>Functional surgical prototypes ready for usability testing and clinical evaluation.<\\/p> Purpose:<\\/strong> Create compact and durable casings for portable medical and diagnostic devices.<\\/p> Challenge:<\\/strong> Combine aesthetic design, dimensional precision, and functional integration for electronics.<\\/p> Manufacturing:<\\/strong>Rapid injection molding with aluminum tooling for ABS or PC housings Surface finishing: painting, soft-touch coating, or laser texturing Integration of transparent or soft material inserts<\\/p> Outcome:<\\/strong> Validated housing assemblies optimized for appearance, assembly, and usability.<\\/p> Purpose: <\\/strong>Produce tailored implants and prosthetics that match patient anatomy and clinical requirements.<\\/p> Challenge:<\\/strong> Ensure dimensional accuracy, surface smoothness, and biocompatibility.<\\/p> Manufacturing: <\\/strong>3D printing of titanium or medical-grade polymer implants from CT\\/MRI scan data CNC post-machining for critical tolerances Surface treatments for osseointegration and sterilization resistance<\\/p> Outcome<\\/strong>: Patient-specific implants ready for clinical use, improving surgical outcomes and comfort.<\\/p>
产品详情
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