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Wide Range of Blade Sizes for All Patient Needs
In veterinary orthopedic procedures, accuracy is critical—especially when working with small animals. One of the most commonly performed surgeries in canine orthopedics is the Tibial Plateau Leveling Osteotomy (TPLO), which is used to treat cranial cruciate ligament (CCL) injuries in dogs. Central to this procedure’s success is the use of a high-quality orthopedic blade that ensures minimal bone loss and accurate cuts.
Wide Range of Blade Sizes for All Patient Needs
One of the main advantages of TPLO saw blades is the availability of multiple size options. These blades come in ten different sizes: 10mm, 12mm, 15mm, 18mm, 20mm, 21mm, 24mm, 27mm, 30mm, and 33mm. This wide selection ensures veterinary professionals can select the most appropriate blade based on the size and breed of the animal undergoing surgery.
Standard Coupling for Compatibility and Convenience
Each blade is designed to fit a standard triangular coupling, which simplifies equipment preparation. Veterinary practices that use TPLO battery saws with a triangular coupling system will find these blades easy to install and remove, minimizing surgical downtime and enhancing procedural efficiency. The universal fit also allows veterinary clinics to standardize their orthopedic tools without worrying about proprietary restrictions.
Customization for Veterinary Practices
All TPLO saw blades are sold individually, allowing veterinary practices to select only the blade sizes they need. This purchasing flexibility ensures that clinics can customize their inventory based on the types of procedures they perform most frequently. Additionally, discounts are available for purchasing blades in sets of three, five, or nine, providing cost savings for high-volume practices. The ability to build a custom set of blades not only supports operational efficiency but also helps clinics manage inventory more effectively.
Practical and Sterilization-Ready
These surgical blades are designed for frequent use and are compatible with sterilization systems commonly used in veterinary settings, including ethylene oxide (EtO) sterilization. This ensures that blades can be safely reused after proper sterilization, maintaining a high level of hygiene while controlling operational expenses. Blades that withstand repeated sterilization without losing sharpness or integrity are especially valuable for veterinary teams seeking consistent performance across multiple procedures.
Conclusion
For veterinary surgeons performing TPLO and other orthopedic procedures, using the right orthopedic blade can significantly impact the success of the surgery. With a variety of size options, excellent cutting precision, and compatibility with standard triangular couplings, these blades provide both performance and flexibility. Designed for efficiency and surgical accuracy, they are a reliable choice for clinics that demand high-quality outcomes in orthopedic care for small animals.

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