Eye Surgery Simulator

Thanks to our visio haptic feature, a training environment where realistic force feedback is provided to surgeons during eye surgery trainings and precise operations are simulated. The force values required for actions such as cutting, stitching, drilling and pulling, which are aimed to be performed on different eye layers, have been investigated and the mechanism and actuator infrastructure required for the most accurate transfer to the user has been created.

Technical Features

• Force Feedback Degrees of Freedom: 4 (3 main body, 1 handle)
• Degrees of Freedom: 6 (3 Rotation – 3 Translation)
• Actuators: Brushed DC Motor
• Power Requirement: 12~24 V DC, 2 A
• Weight: 7.3 Kg (2x 490 g (hardware) + 2x 1095 g (power units) + 1x 4100 g (pedal)
• Working Space (Rotational Z, °): 160°

Internal Jugular Venous Catheterization Training Simulator Equipment

It offers an advanced VR training platform for healthcare professionals, enhancing skill development and safety in catheterization procedures. The system replicates real-world interactions through the Desktop Haptic Device (DHD), which simulates ultrasound probe handling, and the Haptic Glove Device (HGD), providing force feedback for realistic needle insertion and guidewire placement. Both devices feature proprietary MR (magneto-rheological) brake systems for precise & controlled movement.