Research Services

SERVICE AND INFRASTRUCTURE FOR TRANSLATIONAL RESEARCH

We provide a highly realistic operating room setting, in which research teams, start-ups, R&D divisions, and clinicians from universities, hospitals, and industry can conduct data gathering, system integration, surgical method development, and validation tests. The OR-X not only offers the ideal infrastructure but also has highly qualified surgical and technical staff on hand to provide a personalised service. 

For each booking, our operating room staff takes care of all aspects of the surgical procedure, including specimen preparation, instrumentation, and medical imaging. On the technical side, you can make use of our extensive portfolio of state-of-the-art equipment and the expertise within our technology units when conducting your experiments. After your experiments, your data are available for download in a trusted research environment, where they can also be archived if desired.

A 4-tier research strategy with 3 technological units

A 4-TIER RESEARCH STRATEGY WITH 3 TECHNOLOGICAL UNITS

The OR-X is a National research infrastructure of the  SERI Roadmap of Research Infrastructures 2023. Within this context the following technological units are implemented on top of the surgical core facility.

TECHNOLOGICAL UNITS

TECHNOLOGICAL UNITS

Intraoperative Imaging

This unit combines state-of-the-art intraoperative imaging technologies with robotics (robotic ultrasound, robotic computed tomography) and new sensor technologies (depth sensors, hyperspectral imaging, photogrammetry). Researchers can exploit the full potential of intraoperative imaging and develop advanced image-based methods for intraoperative decision making and error prevention.

Surgical Data Science

The Unit for Surgical Data Science connects the OR-X through a high-performance computing network and server infrastructure (Nvidia DGX server infrastructure) for real-time collection and artificial-intelligence processing of surgical data. 

Surgical Execution and Translation

The last unit leverages computer-aided surgery equipment (tracking systems, augmented reality, haptic devices and surgical robotics) as a testbed for incremental prototyping, verification and validation to accelerate technology transfer when it comes to surgical innovations.

The Scientific Integration Services unit supports users during their research and development activities, facilitating access to the OR-X as well as enabling the integration of user-specific methods, technologies, and prototypes within and across the specialized units.

KEY RESEARCH INFRASTRUCTURE

KEY RESEARCH INFRASTRUCTURE

The OR-X was designed from the ground up as a flexible and scalable infrastructure to meet the research needs of today and tomorrow.

The core surgical facility incorporates a high-performance research network that provides fibre-based up- and downstream data processing from medical imaging and research devices to and from our computational and storage server infrastructure. The OR-X operates according to a bring-your-own hardware and software concept in which our scientific integration service provides support for the integration of user components.

The OR-X equipment pool includes a wide range of devices that can be integrated into research experiments. These include endoscopes, fluoroscopy and cone beam CT devices, camera systems, robots, augmented and virtual reality displays, and computer-aided surgery equipment. Various wall and ceiling mounting options are available for medical and research equipment. 

OR-X experiments can be complemented with the diagnostic imaging infrastructure available at Balgrist, which offers state-of-the-art CT and MRI devices for pre- and post-experimental imaging.

ADDITIONAL RESEARCH SERVICES

ADDITIONAL RESEARCH SERVICES

The services of the OR-X's three technology units can be complemented by additional R&D services provided by the research units of Balgrist.

The 3D Planning and Printing Center provides services for anatomical segmentation, 3D surgical planning and post-experimental evaluations, as well as 3D printing services for the fabrication of customized surgical instruments or device mounts.

The Unit for Clinically Applied Research supports researchers in ethical and regulatory matters, study design and documentation. 

The Digital Medicine group supports the FAIRification of datasets, multimodal data fusion, deployment of ML models on the OR-X infrastructure, and integration of devices into the network.

WE ARE DELIGHTED TO ANSWER MORE QUESTIONS

Equipment Gallerie

Research with the highest-quality equipment
Research with the highest-quality equipment
Cutting-edge research in motion
Cutting-edge research in motion
Intraoperative Imaging in the operating room
Intraoperative Imaging in the operating room
A robotic arm assisting a surgical procedure
A robotic arm assisting a surgical procedure