Surgical robot KangDuo® SR2000
Surgical robot KangDuo® SR2000 - new era of surgical robotics
KANGDUO® SR2000 system consists of a Surgical Console (one standard, one optional), a Vision Cart with an endoscopic camera system, a Patient Cart, and related tools and accessories. This advanced robotic surgery system is designed to support surgeons in performing surgical procedures.
Equipped with a 3D HD imaging system, the KANGDUO® SR2000 provides an exceptionally clear and magnified view of the surgical field. Technologies such as tremor filtering and a stable robot arm design enable the surgeon to perform even the most demanding movements with extreme precision.
Working with the surgical robot increases precision, safety and effectiveness of procedures while reducing their invasiveness and shortening patient recovery times.
Surgical Console has been designed to reduce surgeon fatigue and ensure complete comfort during surgery.
The intuitive control interface allows for accurate reproduction of the operator’s hand movements. This translates into high precision in the operating field.
KANGDUO® SR2000 surgical robot enables a minimally invasive approach during the surgery, resulting in shorter recovery times and less discomfort after surgery for the patient.
The system is used in many areas of surgery, from urology and gynaecology to general and thoracic surgery. Thanks to its versatility, it supports doctors in procedures requiring the highest precision and stability of movement.
Surgical robot KANGDUO® SR2000 combines innovative technology with care for the patient and the comfort of the medical team.
The KANGDUO® system has received numerous awards in for its design, including the INTERNATIONAL DESIGN EXCELLENCE AWARDS and the Red Dot Design Award.
These distinctions confirm the high level of innovation of the product and contribution to the development of medical technologies.
KANGDUO® SR2000 occupies an important place in the global medical robotics sector, combining advanced engineering with the practical needs of modern surgery.
