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Precision CNC-machined from medical-grade CoCrMo alloy, this orthopedic joint implant features an electroplated hydroxyapatite (HA) or titanium nitride (TiN) coating to enhance osseointegration and wear resistance. Engineered to ±0.005mm tolerances, its anatomically contoured design ensures optimal fit for hip, knee, or shoulder replacements, while the HA coating promotes bone cell adhesion for stable fixation. The TiN layer boosts surface hardness (800+ HV), resisting corrosion from bodily fluids and cyclic loading. Sterilization-compatible (ETO/autoclave) and compliant with ISO 13485/FDA standards, this high-tolerance implant balances biocompatibility with mechanical durability, ideal for long-term load-bearing applications in revision or primary joint surgeries.

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Precision CNC-machined from medical-grade stainless steel (17-4 PH), this orthopedic bone screw driver features a titanium nitride (TiN) coating for exceptional hardness and corrosion resistance in spinal fusion, trauma fixation, or joint replacement surgeries. Engineered to ±0.003mm tolerances, its hexalobular (Torx®) tip ensures secure engagement with bone screws, minimizing slippage and tissue damage. The TiN coating reduces friction, extends tool life, and withstands repeated sterilization (autoclavable up to 135°C). Compliant with ISO 13485 standards, it delivers precise torque transmission and ergonomic handling for surgeons performing delicate bone screw insertions. Lightweight yet durable, this high-tolerance instrument meets the rigorous demands of orthopedic procedures requiring accuracy and reliability.

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Precision CNC-machined from medical-grade titanium alloy (Ti-6Al-4V), this orthopedic bone drill features an anodized surface for enhanced corrosion resistance and biocompatibility in spinal, trauma, or joint surgeries. Engineered to ±0.005mm tolerances, its spiral flute design optimizes debris evacuation and cooling during high-torque procedures, while the 硬质阳极氧化涂层 reduces friction and tissue adhesion. Lightweight yet ultra-rigid, the drill withstands repetitive sterilization cycles (autoclave up to 135°C) without compromising edge integrity. Compliant with ISO 13485 standards, it delivers precise, reliable performance in osteotomy, implant site preparation, or bone grafting—ideal for demanding orthopedic applications requiring minimal tissue trauma and long tool lifespan.

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Precision CNC machined from medical-grade 316L stainless steel, this orthopedic drill bit features a diamond-like carbon (DLC) coating for superior wear resistance and low friction in bone surgeries. Engineered to ±0.005mm tolerances, its spiral flute design optimizes debris evacuation and cooling during procedures. The DLC coating enhances biocompatibility, resists corrosion from sterilization cycles, and reduces tissue adhesion. Compliant with ISO 13485 standards, it meets rigorous regulatory requirements for spinal, trauma, or joint replacement surgeries. Lightweight, rigid, and autoclavable (up to 135°C), this high-tolerance tool delivers precise, reliable performance in orthopedic applications demanding durability and surgical precision.

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Precision CNC-machined from 6061-T6 aluminum, this high-tolerance component features laser-etched markings (serial numbers/logos) with permanent, abrasion-resistant clarity. Engineered to ±0.01mm tolerances via 5-axis milling, its complex geometries include precision holes, slots, and contoured surfaces for aerospace, medical, or semiconductor applications. The anodized finish enhances corrosion resistance while preserving marking legibility in harsh environments. Customizable marking depth and density suit traceability or branding needs, with ISO-compliant machining ensuring batch consistency from prototyping to production. Rigid, lightweight, and designed for seamless integration, it delivers unmatched precision and identification reliability in high-stakes industrial systems.

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Precision CNC-machined from 6061-T6 aluminum, this industrial mounting plate offers high-strength, lightweight support for machinery, control panels, or automation systems. Engineered with tight tolerances (±0.02mm) via 5-axis milling, it features precision-aligned mounting holes, slots, and reinforced ribs for secure, vibration-resistant equipment integration. The anodized finish enhances corrosion resistance, while customizable designs accommodate unique hole patterns, cutouts, or surface treatments (powder coat/laser marking). Ideal for heavy-duty applications in manufacturing, robotics, or industrial electronics, its rigid yet lightweight structure reduces assembly time and ensures long-term positional stability. ISO-compliant machining supports rapid prototyping to mass production with consistent quality. Contact for tailored CNC solutions!