Description

The Veterinary TPLO Saw YR06128 is designed specifically for performing TPLO (Tibial-Plateau-Leveling Osteotomy) surgeries on dogs, ensuring stability of the stifle joint post cranial cruciate ligament ruptures. Featuring a high-strength stainless steel shell, this saw ensures intraoperative safety, while its uniquely designed blade provides small contact pressure, resulting in accurate and neat osteotomies. This minimizes the generation of heat during cutting, significantly reducing the risk of osteonecrosis.

Market Price

In the current veterinary equipment market, the price for high-quality TPLO saws typically ranges from USD 2700 to USD 3500. This range reflects the cutting-edge technology and precision engineering that ensures optimal surgical outcomes.

Frequently Asked Questions

What is the operational frequency of the saw? The Veterinary TPLO Saw operates between 0-16000Hz, facilitating efficient cutting.

What type of battery does this saw use? It utilizes an NI-MH Battery, known for its reliability and longer life span.

Advantages and Disadvantages

The Veterinary TPLO Saw YR06128 offers numerous advantages, including precision in surgical procedures and minimized risk of heat damage. However, a potential disadvantage could be its higher market price compared to basic surgical saws, reflecting its advanced technology and reliability.

Usage in the Field

This saw is employed by veterinarians to perform TPLO surgery, which involves precise cutting and reshaping of the tibial plateau in dogs to restore joint stability. Its ergonomic design ensures ease of use during complex procedures.

Recommendations

For optimal performance and longevity, it’s recommended to conduct regular maintenance checks on the saw and ensure the batteries are fully charged before each procedure. Surgeons should always refer to the user manual for detailed operational guidance.

Features

• High-strength stainless steel shell for enhanced safety.
• Precision-designed blade and template for accurate osteotomies.
• Minimal heat generation due to low contact pressure.

Technical Specifications