Intuitive's Most Advanced Robotic-Assisted Surgical System, da Vinci 5, Now Listed on the ARTG

Backed by over a decade of research and more than 150 design innovations, the da Vinci 5 delivers 10,000 times the computing power of its predecessor to enhance surgeon autonomy, streamline workflows, and may improve patient outcomes.
The system features Intuitive’s most revolutionary vision technology to date, delivering four times the pixel resolution for richer colour, finer anatomical detail, and greater depth perception. Its upgraded endoscope includes 785nm Firefly imaging and a built-in tip heater to prevent fogging, helping surgeons maintain clear vision throughout every procedure.
Engineered with the surgeon in mind, the system also features a redesigned, ergonomic console that helps reduce fatigue and allows for smoother, more efficient movements. Enhanced automation and a more intuitive workflow can help shorten procedures and boost productivity in the operating room.
Lisa Kirsch, Director of Sales - Surgical & Hospital at Device Technologies, said: “We’ve already seen how Intuitive’s systems have transformed surgical experiences, and this latest innovation gives surgeons even more precision, visibility, and insight. Device Technologies is proud to help hospitals and clinicians across Australia and New Zealand access this breakthrough technology to deliver the best possible care.”
The da Vinci 5 will also be supported by My Intuitive+, a connected digital ecosystem that uses data-driven insights to enhance surgical performance. With real-time case observation, collaboration, and mentoring via Telepresence, surgeons can schedule training sessions and stay up to date with the latest techniques across the da Vinci community.
Supported by Device Technologies, a leader in medical innovation across Australia and New Zealand, the launch of the da Vinci 5 ushers in a new era for robotic-assisted surgery, one that supports surgeons, and has the potential to improve hospital efficiency, and deliver better outcomes for patients.







