Surgery Positioner, Manufacturers

Surgery Positioner – Full Engraving SUS630 CNC Turning & Milling Component

This surgery positioner (Model: full engraving‑SUS630) is a stainless steel positioning component designed for operating room setups and medical device systems that require stable and repeatable patient or instrument positioning. Manufactured from SUS630 using CNC turning followed by CNC milling, the surgery positioner offers consistent geometry, engraved markings, and robust performance under clinical conditions.

Product Information

SUS630 is selected for its mechanical strength and resistance to corrosion in environments that involve sterilization, disinfectants, and repeated handling. CNC turning forms the core body and reference diameters of the surgery positioner, while CNC milling is used to add flats, contours, and full engraving based on drawing requirements.

Key Characteristics of the Surgery Positioner

• Alignment Stability: Stable dimensions for accurate alignment with brackets, rails, or mounting interfaces in surgical setups.
• Sterilization Durability: SUS630 stainless steel construction supports repeated autoclave cycles and cleaning procedures.
• Traceability & Setup: Full engraving on the surgery positioner to indicate orientation, reference lines, or part identification for easier setup and traceability.
• Safe Handling: Smooth transitions and deburred edges to help reduce wear on mating parts and support safe handling during preparation and use.
• Production Versatility: Machining route suitable for prototype evaluation and ongoing production runs for OEM medical equipment.

Typical Uses of the Surgery Positioner

The surgery positioner can be configured for:

• Operating room positioning systems that hold instruments or accessories in fixed locations.
• Integration with custom surgical frames or fixtures specified by medical device manufacturers.
• Replacement parts for existing surgery positioner assemblies in hospitals and clinics where consistent mechanical performance is required.

By providing 2D / 3D drawings, dimensional tolerances, and expected quantities, medical device engineers can collaborate with the machining team to develop a surgery positioner that aligns with their equipment design, sterilization practices, and clinical workflow.