Clinical Case Study: Left Total Hip Replacement (THR) in a 4.5kg Toy Poodle with Contralateral Femoral Head Ostectomy

A precise surgical record of a 4.5kg Toy Poodle presenting with left-sided Hip Dysplasia and severe acetabular wear. Successfully restored using Vetmaster’s cementless THR system, achieving optimal press-fit and rapid locomotion recovery.

Advanced Case Study: Complex Bilateral Total Hip Replacement and Patellar Luxation Repair in a 6kg Maine Coon Cat

Analyzing a challenging feline case presenting with bilateral hip dysplasia, severe muscle atrophy, and femoral neck fractures. Successfully resolved through staged bilateral THR and Grade IV patellar luxation correction.

Scientific Publication: Vetmaster’s Tantalum Trabecular Metal Stem Research Published in International Journal ‘Small Structures’

We are proud to share our collaborative systematic review on surface functionalization of medical tantalum implants. This breakthrough research provides the rigorous scientific foundation for Vetmaster’s advanced Tantalum Stems.

International Academic Summit: Vetmaster’s Joint Replacement Masterclass Concludes Successfully in Seoul

Promoting orthopedic excellence across borders. Our international masterclass in Seoul brought together Chinese and Korean specialists for rigorous case evaluations, dry-lab simulations, and certified THR/TKA training.

Success Highlights: Conclusion of the 38th Vetmaster Small Animal Total Hip Replacement (THR) Certification Course

A retrospective on the successful conclusion of the 38th Vetmaster THR Certification Program. This distinguished cohort of veterinary surgeons refined their surgical proficiency through systematic clinical planning, advanced digital templating, and immersive practical simulations under elite mentorship.

Global Presence: Vetmaster Showcases Advanced Orthopedic Portfolio at London Vet Show

Deepening international collaboration at one of Europe’s premier veterinary exhibitions. Vetmaster showcased its complete portfolio of biocompatible THR, TKA, and 3D-printed custom joint solutions.