This comprehensive instrument set is meticulously engineered to facilitate precise implantation of titanium mesh and effective bone grafting in spinal interbody fusion surgeries.
Compatible with mainstream titanium mesh sizes, it features 11 core instruments covering every step of the workflow—from mesh measurement and customization to safe transfer, graft packing, and final placement.
It supports a broad range of spine procedures, including ACCF, PLIF/TLIF, LLIF/OLIF, and revision surgeries, ensuring reliable tools for structural support and fusion.
High-Performance Materials:
Crafted from premium stainless steels (e.g., 316L, 420B) with polished surfaces to reduce tissue friction and enhance fatigue resistance.
Seamless Integrated Workflow:
Instruments are organized across the surgical spectrum—measurement, trimming, safe transfer, bone compaction, implantation, adjustment, and endplate preparation—minimizing tool swaps.
Precision Placement Mechanism:
Measurement tools provide exact dimensions; snag-resistant gripper with controlled release ensures zero displacement; dual-style impactor (straight/angled) for accurate positioning and placement control.
Efficient Bone Grafting:
Grafting table and compaction tools enable dense packing; micro-rasp increases contact surface area, supporting robust integration.
Modular Adaptability:
Compatible with diverse surgical approaches and mesh types. Includes a multidimensional position-adjuster and a sterilization-friendly, organized instrument tray.
Procedure Streamlining & Efficiency: Unified toolset significantly cuts surgical time by reducing in-procedure instrument changes and enabling on-the-fly mesh trimming.
Enhanced Surgical Precision & Safety: Accurate mesh sizing (<5% error), stable mesh grasp & controlled placement, with 3D adjustability to prevent misplacement or endplate breach.
Superior Fusion Outcomes: Dense bone compaction and rasped endplates promote high graft density, broad bone-mesh contact, and reduced post-op settling, enhancing fusion rates.
Broad Compatibility & Cost Efficiency: One kit supports multiple interbody fusion techniques, reducing inventory and improving device reuse in revisions—lowering overhead and enabling economic surgical care.
