3.5MM Vet Limited Contact Dynamic Compression Plate (LC-DCP) |Small Accordion Hover Style + Description The Ø3.5 mm Veterinary Limited Contact Dynamic Compression Plate (LC-DCP) – Small is a specialized orthopedic…

3.5MM Vet Small DCP Accordion Hover Style + Description The Ø3.5 mm Veterinary Small DCP (Dynamic Compression Plate) is a precision-engineered orthopedic implant designed for use in small animal fracture…

2.0/2.7MM Vet Canine Pantarsal Arthrodesis Plate Accordion Hover Style + Description The Ø2.0/2.7MM Vet Canine Pantarsal Arthrodesis Plate is a specialized implant designed for tibiotarsal joint fusion in dogs. It offers…

2.7MM Vet Reconstruction Plate Accordion Hover Style + Description The Ø2.7MM Vet Reconstruction Plate is a high-performance orthopedic implant specifically designed for veterinary surgical applications. Manufactured from premium-grade Stainless Steel…

AUSTIN MOORE PIN Accordion Hover Style + Description The Moore’s Pin with 2 Nuts, also known as the Austin Moore Pin, is a threaded orthopedic fixation device designed for skeletal…

Moore's Pin With 2Nuts Accordion Hover Style + Description The Moore’s Pin with 2 Nuts, also known as the Austin Moore Pin, is a threaded orthopedic fixation device designed for…

Ø 3.0MM Knowles pin Accordion Hover Style + Description The Knowles Pin is a specialized orthopedic fixation device primarily used in hip fracture management, especially for fixation of slipped capital…

Coventry Staple Accordion Hover Style + Description The Coventry Staple is a precision orthopedic implant designed for use in arthrodesis (joint fusion) and osteotomy procedures. Named after the pioneering Coventry…

K Wire (Kirschner Wire) Fully Threaded Accordion Hover Style + Description The K Wire (Kirschner Wire) Fully Threaded option provides comprehensive threading along the entire shaft of the wire, offering…

Epiphyseal Staple Description The Epiphyseal Staple is a precision orthopedic implant used primarily for growth modulation surgeries in pediatric orthopedics. It is engineered to temporarily halt growth at specific growth…