Kendrion is your expert partner in medical technology
Your safety is important to us. Trust in our decades of experience in medical and analytical technology. We offer ready-to-use components and highly integrated functional assemblies consisting of solenoid valves, electromagnets and control electronics as well as electromagnetic brakes.
Our products are used in anaesthesia and respiration technology, analysis and laboratory technology, treatment equipment, dental technology, microscopes, imaging diagnostics or surgical robots.
Precise tumor localization for breast-conserving surgery
3T - electronics & embedded systems worked with the customer to develop an innovative tumor localization system. The Sirius Pintuition System enables millimeter-precise, non-radioactive localization of tumors, thereby improving the performance of breast-conserving procedures.
Advantages
- Precise navigation in real time with acoustic and visual feedback
- Optimized detection algorithms through model-driven development
- Intuitive user interface
High-performance rotary solenoid for safe laser applications
In aesthetic and surgical laser systems, Kendrion's D2 rotary solenoid ensures the safe and rapid interruption of laser beams. Specially developed for use in sensitive medical devices, it impresses with its reliability, precision, and long service life.
Advantages:
- Extremely short switching time of less than 10 ms
- Long service life with hundreds of millions of cycles
- Flexibly adaptable to customer-specific requirements
Intelligent brake control for surgical boom
3T developed an electronic and software solution for controlling the brake system of a modern surgical boom, enabling maximum user-friendliness and precise control during surgery. The decisive factor for success was model-driven development, which enabled effective simulation and adaptation to complex system environments.
Advantages
- Precise and intuitive control for surgical applications
- Seamless system integration despite unfinished mechanics
- Maximum flexibility through model-driven development processes
