Dynamic Self Compression Plate for Small Fragment for Ulna and Radius

Description

The veterinary dynamic self compression plate for small fragment ulna and radius fixation is a precision-engineered orthopedic implant designed to provide stable fracture fixation in canine and feline patients. This plate is specifically developed for long bone applications involving the ulna and radius, where controlled compression and anatomical alignment are critical for predictable bone healing.

Dynamic self compression technology allows axial compression across the fracture site as screws are tightened, promoting primary bone healing and reducing interfragmentary motion. This feature is particularly beneficial in veterinary orthopedic surgery, where early stability contributes to faster recovery and reduced complication rates.

Designed for use with 3.5 mm screws, the plate offers optimal strength for small to medium-sized animals while maintaining a low-profile design to minimize soft tissue irritation. The uniform profile thickness ensures consistent load distribution along the plate, improving biomechanical performance during weight-bearing.

The plate is available in multiple hole configurations and lengths, allowing surgeons to select the most appropriate option based on fracture pattern, bone size, and anatomical requirements. Dual hole spacing options enhance surgical flexibility and enable accurate screw placement in both simple and complex fractures.

Manufactured in high-quality stainless steel and titanium, the implant provides surgeons with material options based on clinical preference. Stainless steel delivers excellent mechanical strength, while titanium offers superior biocompatibility, corrosion resistance, and reduced imaging artifacts during postoperative evaluation.

This veterinary dynamic self compression plate is suitable for routine and advanced orthopedic procedures involving forelimb fractures. Its precision machining, smooth surface finish, and compatibility with standard veterinary instrumentation make it a reliable choice for fracture stabilization in companion animals.