Spinlock Stifle Distractors for Canine Joint Surgery

Optimize your canine surgical procedures with our Spinlock Stifle Distractors, engineered for precision and stability. Unlike traditional ratcheted designs, these spinlock distractors prevent slippage and allow for incremental adjustments, ensuring controlled joint opening without reliance on ratchet tooth pitch. Manufactured by Veterinary Instrumentation in the UK, these instruments provide superior functionality for complex joint surgeries.

Spinlock Small Stifle Distractor (6mm Tips) – 140mm (Product Code: 001113SL)

The Spinlock Small Stifle Distractor features 6mm tips and a total length of 140mm, offering precise tissue retraction and stable joint manipulation during small animal procedures. Ideal for canine stifle surgeries, this instrument’s spinlock mechanism allows for incremental adjustments, enhancing control and preventing slippage often associated with traditional ratchet systems.

Spinlock Very Small Stifle Distractor (3mm Tips) – 140mm (Product Code: 001113VSSL)

Designed for more delicate procedures, the Spinlock Very Small Stifle Distractor has 3mm wide tips, making it perfect for accessing smaller joints. The spinlock mechanism provides incremental opening of the joint space, allowing for meticulous manipulation without the limitations of ratchet-based distractors. This makes it an essential tool for meniscal release and other precise joint surgeries in small animal practice.

Key Features:

• Advanced Spinlock Mechanism: Prevents slippage and allows for precise, incremental joint opening.
• Enhanced Surgical Control: Offers better control compared to ratcheted distractors, ideal for delicate joint procedures.
• High-Quality UK Manufacturing: Crafted by Veterinary Instrumentation, ensuring reliability and durability.

Upgrade your surgical toolkit with our Spinlock Stifle Distractors for superior precision and control. Order now to experience the benefits of advanced surgical instrumentation!

For more information or to place an order, visit Surgical Systems.