FreeHand Robotic Camera Controller

Six-degree-of-freedom hand tracking controller for medical applications requiring precise gesture recognition and spatial interaction. Enables hands-free control of surgical instruments and medical imaging systems.

Control electronics for motorized medical positioning systems. Enables coordinated multi-axis motion in diagnostic imaging and surgical equipment.

Precision robotic assistance system for minimally invasive surgical procedures that provides vibration-free, stable camera positioning. The technology supports surgeons in performing procedures with enhanced precision while reducing physical strain and improving surgical outcomes.

We have launched a new lift for adjusting the height of surgical robots (cooperative robots). The servo and BLDC motors can be selected as the driving method to communicate with surgical robots from various manufacturers in an integrated controller with digital and analog I/O options or Modbus TCP/IP. By replacing the air pressure of the complex structure, it can be easily installed with an eco-friendly and compact design, and it is very suitable for application in the medical device field as speed control and position control are possible.

An assisted robotic arm designed for laparoscopic surgery to hold and position cameras or instruments with powered precision. The surgeon-friendly device features four degrees of freedom, multiple control options (foot-switch, hand control, or hybrid), and preset positioning capabilities for common surgical steps. It includes safety features such as motion smoothing, drift-free locking, soft-stop speed limits, and torque limiting, and can be paired with additional arms for retraction tasks.

A compact, affordable robotic camera assistant for surgical procedures that provides stable, surgeon-controlled vision in the operating room. It works with standard laparoscopes (5-10 mm), reduces the need for extra staff during procedures, and maintains firm camera positioning for shake-free images while allowing surgeons to maintain full tactile control without a remote console. Compatible with common trocars, cameras, and light sources, it is designed for minimal footprint around the surgical table and features sterile, single-use drapes for hygiene and safety.

Compact robotic camera assistant for surgical procedures that provides stable, surgeon-controlled vision while minimizing OR footprint and reducing need for extra staff assistance.

Surgical robotic camera assistant system providing stable visualization in operating rooms with minimal staff requirements and scope-agnostic compatibility.

Robotic surgical arm featuring 7 degrees of freedom distal mobility with patented 3D motion technology. Delivers multi-axis precise motorized control for minimally invasive procedures in confined anatomical spaces, with infinite rotation capability and comprehensive instrument compatibility.

A robotic camera control system designed to support surgeons in performing minimally invasive procedures with precision. The SOLOASSIST II provides steady image control and enhanced vision during surgery, with flexible control options available.

Robotic surgical system for orthopedic procedures featuring a 7-degree-of-freedom arm, interchangeable surgical tools, and 335Hz dual-camera infrared navigation. Enables precise surgical maneuvers with zero-gravity compensation and adaptive balance suspension for enhanced stability during joint and bone surgeries.

Robotic camera control system for surgical procedures, delivering steady image guidance and enhanced visualization. Enables precise instrument positioning with reduced tremor, improving surgical outcomes and reducing operative time. Designed for minimally invasive surgery with benefits including decreased patient pain, faster recovery, and optimized OR scheduling.