TPLO Saw Sterilization Box Designed for Veterinary Bone Saws and Fully Autoclavable

TPLO Saw Sterilization Box（No TPLO Saw)

Product Description

As demand for advanced veterinary orthopedic procedures continues to rise, the XC VET TPLO Bone Saw Sterilization Box provides a safe, durable, and sterile storage solution for TPLO saws and associated orthopedic instruments. Designed specifically for canine and small animal orthopedic surgeries, including TPLO (Tibial Plateau Leveling Osteotomy), TTA (Tibial Tuberosity Advancement), trauma repair, and reconstructive procedures, this sterilization box ensures instruments remain protected from contamination and mechanical damage.

With a titanium-coated surface and antimicrobial treatment, the box offers enhanced corrosion resistance, long-term durability, and reduced risk of bacterial growth. Its compact and lightweight design allows easy handling in busy veterinary clinics, hospitals, and surgical teaching facilities, improving workflow efficiency while maintaining instrument sterility for safe, reliable orthopedic procedures.

Key Features

• Titanium-Coated & Antimicrobial Surface：Provides superior corrosion resistance and inhibits bacterial growth, ensuring long-term instrument safety.
• Optimized Instrument Organization：Designed specifically for TPLO saws and small orthopedic tools, keeping instruments securely in place and minimizing setup time.
• Lightweight & Durable Design：Made for repeated autoclaving without deformation, ideal for busy veterinary hospitals, clinics, and field surgeries.
• Sterility Assurance：Maintains a contamination-free environment, protecting sensitive surgical instruments for trauma and reconstructive orthopedic procedures.
• Veterinary-Oriented Construction：Tailored for canine and small animal orthopedic surgeries, supporting TPLO, TTA, fracture fixation, and general orthopedic procedures.
• Enhanced Clinical Efficiency：Compact, portable, and easy to handle, allowing veterinary surgeons to streamline surgical workflows and reduce intraoperative delays.