6.0/6.35 Posterior Thoracolumbar Spinal System Instrusment Set (Ti)

This specialized instrument set is created for high-stability posterior thoracolumbar spinal fixation surgeries, tailored for 6.0 mm to 6.35 mm diameter pedicle screw-rod systems. 

The kit comprises 44 precision instruments designed to support every surgical phase—from surgical field localization and trajectory preparation (including open access, drilling, and tapping) to screw-rod insertion, contouring, reduction, and final locking. 

Made from premium stainless steels with ion-nitride hardened components (e.g., taps), this kit emphasizes rigid stabilization and modular adaptability, ideal for reconstructive procedures following spinal fractures, scoliosis, spondylolisthesis, or tumor resection.

• Premium Materials: Constructed from high-fatigue stainless steel (e.g., 316L, 420B), with polished surfaces to minimize soft tissue abrasion. Critical tools are ion-nitrided for enhanced durability.
• Comprehensive Trajectory Tools: Multi-sized access tools (straight/curved cannulas, 2.5 mm & 3.2 mm), blunt and rigid probes offer safe pedicle channel preparation under varied anatomical conditions.
• Enhanced Localization: Radiopaque ball and column-style aiming pins, held securely via a locking gripper, provide accurate C-arm visualization and alignment.
• Deformity Toolset: Rod benders (prebender, in-situ left/right) for precise matching of spine curvature; multiple taps (5.0–6.5 mm) with deep flutes optimize bone tapping and reduce clogging.
• Structured Packaging: Modular tray organized by workflow—“localization → channel prep → rod handling → reduction/locking”—with laser-labeled tool slots for easy setup.

• Superior Trajectory Accuracy: Paired blunt and rigid probes ensure safe, accurate pedicle access across varying bone quality, minimizing neural injury and cortical breaches.
• Streamlined Workflow: Quick-switch T-handle and dual-function fasteners reduce instrument changes; rod prebending reduces intraoperative corrections and shortens OR time.
• Improved Reduction & Correction Capability: Integrated bending, distractors ("frog"- and dual-joint pliers), and compression tools provide 3D alignment control—enhancing scoliosis and spondylolisthesis correction.
• Cost-Effective & Reusable: One versatile set spans multi-level spine surgeries, lowering instrument inventory and improving economic use—including in revision cases.