Loran Group has supplied modern rehabilitation equipment to one of the medical institutions in the Zakarpattia region. The delivery includes devices for continuous passive motion of the shoulder and elbow joints. This solution is aimed at improving the quality of rehabilitation for patients after injuries, surgeries, and prolonged immobilization.
Continuous Passive Motion (CPM) has long been used in global orthopedic and traumatology practice. According to clinical rehabilitation studies, controlled passive movements help reduce postoperative pain, swelling, and the risk of joint contractures, as well as accelerate the recovery of joint mobility. For this reason, CPM devices are widely used after fractures, joint replacement, arthroscopic procedures, and injuries to ligaments and tendons.
For physicians and physical therapists, such systems are convenient because they allow precise control of the load and ensure consistent movement quality during each session. This reduces dependence on manual therapy and makes it possible to plan individualized rehabilitation programs more effectively. Patients, in turn, receive controlled and gentle movement without sudden stress, which is especially important in the early postoperative period.
Devices designed specifically for the elbow joint are of particular practical value, as this area often develops complex complications associated with restricted mobility. Regular passive movements help maintain soft tissue elasticity, reduce the risk of fibrosis, and accelerate the restoration of arm function.
The Loran Group catalog offers a wide range of rehabilitation equipment – for joints, the muscular system, postoperative recovery, and trauma rehabilitation. We help select solutions tailored to specific clinical objectives, departmental workflows, and the real needs of medical specialists.
If your medical facility is planning to upgrade its rehabilitation equipment or expand its recovery treatment capabilities – the experts at Loran Group are ready to provide professional consultation and recommend optimal solutions.
