Maastricht UMC+ sets new standard in robotic surgery

With the addition of three new surgical robots, Maastricht UMC+ is strengthening its leading role in robot-assisted surgery. The arrival of two Da Vinci 5 systems and one Hugo robotic surgery platform brings the total number of advanced robots at the hospital to six.

(image: Intuitive)

No other Dutch hospital currently has such a wide and diverse range of robotic systems, making Maastricht UMC+ the largest robotic surgery center in the Netherlands.

New generation of robot-assisted surgery

The Da Vinci 5 represents the latest generation of surgical robotics, offering sharper 3D visualization, greater precision and improved ergonomics for surgeons. Dual-console functionality allows two surgeons to work together during a single procedure, enhancing both collaboration and training. Later this year, the systems will also introduce tactile feedback, allowing surgeons to feel how much force they are applying during surgery.

The Hugo system takes a different approach, with independent robotic arms that offer more flexibility in the operating room and allow closer interaction with the surgical team. Both platforms are being used to train young doctors in forward-looking surgical techniques.

Broad robotic portfolio for different specialties

In addition to the new systems, Maastricht UMC+ already uses several specialized robots, including the Senhance Surgical System for pediatric surgery, the MicroSure robot for high-precision microsurgical procedures and the Renishaw neurosurgical robot for precise placement of electrodes in the brain. In neurosurgery, robotic support has already led to shorter operating times.

Other specialties, such as gynecology and oncology, benefit from minimally invasive approaches that would otherwise require open surgery.

The hospital is not only a user of robotic technology, but also an active development partner, working with industry on innovations such as tactile feedback and reusable instruments.

Data-driven and AI-assisted surgery

Thanks to increased computing power, the new systems open the door to future applications in data analytics, artificial intelligence and workflow optimization. "With these new techniques, we can operate much more accurately," said colorectal and robotic surgeon Tim Lubbers. "In the future we may be able to load MRI or other imaging directly during surgery and overlay it on top of the live surgical image."

For patients, robot-assisted surgery often means smaller incisions, less blood loss and faster recovery. For surgeons, improved ergonomics and stability allow for longer and more complex procedures with less physical strain, contributing to sustainable employability. Ultimately, the combination of precision, safety and innovation aims to deliver what matters most: better care for patients.

Promotional research

In late 2024, plastic surgeon Tom van Mulken of Maastricht UMC+ completed his PhD on research into a new surgical robot that can make reconstructive surgery safer and more precise. The robot supports extremely delicate microsurgical procedures, such as breast reconstruction after cancer or repairing amputated fingers, suturing blood vessels and nerves of less than a millimeter.

The precision robot was developed by start-up Microsure in collaboration with engineers at Eindhoven University of Technology. Where human hands are limited by vibration and fatigue, the robot provides extra stability and sub-millimeter precision. This reduces the risk of complications, promotes faster recovery of function and improves patients' quality of life.

The study shows that with robotic support, surgeons can safely perform microsurgery, learn skills faster and retain them longer. Although the initial investment is high, over time the technology can lead to cost savings through shorter operations, fewer complications and faster hospital discharge.

Source: ICT&Health