advanced minimally invasive systems

developing the next generation of treatment systems.

We enable our customers to push the boundaries of interventional systems, developing everything from instruments with haptic feedback, smart endoscopy platforms to cutting-edge robotics and eye-surgery systems. These technologies are designed to enhance precision and efficiency. Demcon life sciences & health provides ergonomic solutions for clinicians with the right balance between system and disposable costs.

creating devices that support everyday treatment

mechatronic systems in demanding environments.

Demcon life sciences & health developed the competencies and a deep understanding of interventional systems that function in demanding environments, for instance in MRI and CT environments but also in the nuclear medicine domain. Our competences include advanced skills in robotic control systems, medical imaging, and electromechanical actuation. These capabilities allow us to create high-precision instruments such as robotic needle positioning systems and steerable guidewires. Additionally, our expertise in human-centered design supports the development of systems that can adapt to the complexities of human anatomy, providing clinicians with enhanced precision during procedures.

more about diagnostic & monitoring systems

intuitive and ergonomic designs

robotics and smart surgical devices.

The development of smart surgical technologies at Demcon life sciences & health relies on our competencies in robotics, automation, artificial intelligence, and human-centered design. We apply advanced mechatronics and control systems to create devices like our single-handed suturing tool, which simplifies complex procedures with intuitive, ergonomic designs. Our focus on automation in surgery enables surgeons to perform tasks with increased speed, precision, and control, contributing to improved patient safety and shorter recovery times.

creating custom solutions

over 30 years of experience in treatment systems.

EFI optigrip

the needle positioning system

eye surgery system

showcases.

accelerating spatial genomics research with an automated high-throughput analyzer.

Cell therapy and regenerative medicine are very promising treatment approaches. We supported Scinus Cell Expansion in the development of a closed bioreactor system for the cultivation and clinical expansion of cells. The system operates with single-use bags for either adherent or suspension cell cultures. With this SCINUS bioreactor the costs of cell culture are significantly decreased and treatment as well as research get more accessible.

cell culture equipment.

Explore how biotech innovations like single-use tech, advanced sensors, and automation drive efficient cell culture manufacturing for therapies and biopharma.