Medical Field: Life Protection Through Precision and Minimally Invasive Procedures
The core requirements for medical equipment are high precision, high reliability, and compatibility. SENSNA encoders have developed a range of highly adaptable products specifically for the unique needs of medical scenarios. In medical scanners (such as CT and MRI machines), the IAS embedded series and CAC two-piece series encoders eliminate friction interference with their non-contact design. An accuracy of ±0.015° ensures precise angle positioning during scanning. Their large hollow structure is compatible with internal cable and tubing layouts, and their low power consumption avoids burdening the medical device's power supply system.
In surgical robots and minimally invasive surgical instruments, the MIAP miniature series encoders, with their small 14.8mm outer diameter, ultra-thin 3.6mm thickness, and lightweight design of only 2g, perfectly adapt to the installation requirements of confined spaces, such as those used in robotic hands. A resolution of 15-17 bits and an accuracy of ±0.02° ensure millimeter-level control during surgical operations. The non-contact structure eliminates mechanical wear, extending the lifespan of surgical instruments. In addition, in rehabilitation equipment and medical testing instruments, the IAC two-piece series and DIAP dual-output series encoders support customized expansion, and multiple communication interfaces can be flexibly adapted to equipment control systems. The wide operating temperature range ensures stable operation in different hospital environments, providing accurate position feedback support for medical diagnosis and treatment.
