Precise and reliable sensor technology for medical technology
IBA Sensors offers high-quality sensor solutions that have been specially developed for the requirements of the medical environment. Whether diagnostic devices, monitoring systems, or laboratory equipment—our sensors help to optimize medical processes and improve patient care.
Why sensor technology in medical technology?
Sensors play a central role in modern medical technology by providing vital data in real time and ensuring the functionality of medical devices. Our sensor solutions enable you to perform precise and reliable measurements in sensitive applications, such as:
- Vital sign monitoring: Measurement of body temperature, blood pressure, pulse, and other vital signs.
- Fluid monitoring: Precise control of fluid levels in infusion and dialysis devices.
- Pressure sensors: Monitoring of pressure in ventilators and other medical technology systems.
- Position sensors: Precise position detection in imaging procedures such as MRI or CT.
Areas of application
Our sensors have been specially developed to meet the high standards of medical technology and offer you the following advantages:
- Highest precision: Accurate measurements to support reliable diagnoses and treatments.
- Safety and reliability: Certified sensor technology that complies with the strict regulations in the medical environment.
- Sterilizability: Suitable for use in sterile environments such as operating rooms or laboratories.
- Compact design: Easy integration into medical devices without affecting operation.
- Fast response time: Immediate feedback on vital parameters for proactive patient care.
Certified and customized solutions for the medical sector
IBA not only offers standard solutions, but also develops customized sensor technology that is perfectly tailored to your specific requirements. Our sensors comply with medical guidelines and standards, so you can rely on the highest quality and safety.
Examples of use
Our sensors are used in a wide range of medical technology applications:
- Patient monitoring systems: Continuous monitoring of vital parameters such as pulse, blood pressure, and respiratory rate in real time.
- Ventilation and anesthesia devices: Monitoring and control of air pressure and oxygen flow for safe respiratory support.
- Dialysis and infusion devices: Precise control of fluid delivery and pressure to support critical treatments.
- Diagnostic devices: Support for accurate positioning and functional control of MRI, CT, and ultrasound devices.