On October 17, 2026, an animal rehabilitation technology innovation lab in Suzhou officially introduced a full new series of mobility support assistive devices tailored for small companion animals, including lightweight post-surgical braces, adjustable rehabilitation exoskeletons and dynamic weight-bearing training aids. Field tests at 32 partner veterinary hospitals confirmed that these devices can reduce standard post-operative canine orthopedic recovery time by 35% compared to traditional bandage-only immobilization protocols.

      The new series is designed to support non-invasive, cost-effective treatment pathways for a wide range of orthopedic conditions that previously required high-risk surgical intervention. For example, the custom dog knee brace model allows pets recovering from partial ACL tears to regain controlled range of motion without full stifle surgery, while stabilizing the joint to prevent secondary injury and reduce chronic pain. Independent clinical data shows that pets using these vet-recommended mobility aids experienced a 47% reduction in reported daily pain-related behaviors, such as limping, hesitation to climb stairs and reluctance to stand up, compared to control groups treated only with medication and rest.

      Within the global veterinary rehabilitation market, the mobility support and assistive devices segment already captured the largest 30.8% revenue share in 2025. This rapid growth is being driven by the global shift toward minimally invasive treatment options that reduce surgical risk, shorten hospital stays and lower long-term care costs for pet owners. Unlike prefabricated, one-size-fits-all products, the new Suzhou-developed series supports dynamic adjustment of tightness, joint range of motion and weight-bearing resistance throughout different rehabilitation stages, allowing veterinarians to create progressive recovery plans that adapt as the pet’s muscle strength and joint stability improve.

      All materials used in the new device series have passed strict biocompatibility and long-term wear resistance testing. The main structural shell is made from medical-grade composite materials that are non-irritating to pet skin, while the inner lining uses breathable, washable antibacterial foam that prevents moisture buildup and dermatitis even during extended daily wear. The frame structure is engineered to withstand up to 120kg of dynamic impact, making it suitable for both small breed cats and large working dogs weighing more than 40kg.

      The innovation lab has already established a dedicated regional logistics network that delivers custom-fitted devices to local veterinary clinics within 72 hours of 3D scan submission. Over the next 12 months, the team plans to expand its product portfolio to cover more specialized feline and exotic companion animal mobility solutions, further broadening access to high-quality rehabilitation care for non-canine patients.