On August 22, 2026, in Guangzhou, China, a veterinary surgical equipment R&D center officially announced the mass delivery of its self-developed minimally invasive small animal orthopedic drill system, with the first batch of 850 units shipped to 19 veterinary orthopedic training centers across North America. The product took 22 months of technical research to develop, targeting the precise drilling demands of tiny bone structures in small animals, and achieved a 0.8mm minimum drilling diameter with 68% less soft tissue damage than traditional electric drills.

      This small animal orthopedic drill system adopts a brushless low-vibration motor with a maximum speed of 45,000 RPM and a built-in intelligent torque feedback module that automatically stops when the drill bit penetrates the far cortex of the bone. This design completely avoids the common clinical problem of drill bit over-penetration that damages blood vessels and nerves. Clinical trial data from a veterinary teaching hospital in California shows that when performing TPLO (Tibial Plateau Leveling Osteotomy) surgery on 240 canine patients, the system reduced average bone drilling time from 14 minutes to 4.5 minutes, and postoperative soft tissue swelling subsided 3 days earlier on average.

      The system is compatible with 27 types of ultra-fine drill bits and Kirschner wires ranging from 0.5mm to 3.2mm, covering all common small animal orthopedic procedures including fracture fixation, osteotomy and bone grafting. Its main body is fully autoclavable at 134°C, and the IP67 waterproof rating allows direct flushing after surgery, effectively reducing cross-infection risks in veterinary clinics. Industry analysts point out that the global demand for high-precision small animal orthopedic power tools has grown by 39% year-on-year in 2026, and this new product fills the performance gap in domestic high-end veterinary power equipment. It will further expand to exotic pet orthopedic scenarios such as birds and reptiles in the next year.