A mobile C-arm imaging system designed for intraoperative fluoroscopy across orthopaedic, trauma, and general surgical procedures. The mobile chassis allows the unit to move between theatres without a fixed imaging suite, while delivering high-resolution real-time imaging to guide instrumentation and confirm placement during a procedure.

A multi-application orthopaedic robotic system supporting spine surgery, trauma procedures, and total knee arthroplasty from a single platform. The system combines preoperative 3D planning with intraoperative navigation, allowing the surgical team to plan, verify, and execute bone resections and implant placement with sub-millimetre accuracy.

A robotic-assisted laparoscopic platform built for minimally invasive general surgical procedures. The system translates the surgeon's hand movements into precise, scaled instrument control inside the patient, reducing tremor and enabling access through smaller incisions than traditional laparoscopic technique.

A robotic endoscopic platform designed to access internal surgical sites through the body's natural orifices, eliminating the need for external incisions in select procedures. This approach is associated with reduced post-operative pain and faster recovery for appropriate internal medicine applications.

A robotic guidance system for percutaneous needle-based interventions such as biopsies, ablations, and targeted injections. The system uses image-guided navigation to plan the optimal needle trajectory and assist the clinician in achieving precise placement on the first attempt.