Orthopedics

Characteristic description

Feature List

High Precision: These models provide highly accurate anatomical structures, helping surgeons better understand the patient's knee joint, which enhances the precision of the surgery.

Minimal Trauma: Compared to traditional surgery, minimally invasive surgery involves smaller incisions. The use of knee joint models helps surgeons operate more clearly within the limited surgical area, reducing damage to surrounding tissues.

Faster Recovery: Due to the minimal trauma, surgeries using knee joint models typically result in shorter recovery times and fewer postoperative complications.

Reduced Pain: The models aid in minimizing tissue damage during surgery, which in turn helps to reduce postoperative pain.

Shorter Surgery Time: Pre-surgical planning with knee joint models can streamline the surgical process, thereby reducing the time required for the operation.

Educational and Training Tool: For surgeons and medical students, knee joint models serve as essential educational tools. They can be used to simulate complex surgical procedures, enhancing surgical skills.

Personalized Surgical Planning: These models can be customized based on the patient’s specific conditions, enabling surgeons to develop personalized surgical plans, which further improves surgical outcomes.