Position Sensors

Precision sensors integrated into drive systems for real-time motion feedback in medical equipment. Enable accurate positioning and monitoring in surgical applications and diagnostic imaging systems.

Precision magnetic sensors for diagnostic medical equipment. These sensors enable accurate detection and measurement in clinical diagnostic applications.

Optical sensor technology for detecting and measuring physiological parameters in medical devices. Used in pulse oximetry, spectroscopy-based diagnostics, and other optical sensing applications.

Advanced semiconductor image sensors designed for medical imaging equipment, providing high-resolution image capture for diagnostic applications. These sensors support real-time video processing in endoscopic systems.

Precision optical sensors manufactured using German-imported raw materials for medical diagnostic applications. The sensors deliver high-technology solutions for clinical and laboratory measurement requirements.

High-precision rotary encoders providing absolute position feedback for medical imaging and surgical navigation systems. Enable accurate tracking and positioning in diagnostic and interventional procedures.

Optical detection interfaces for signal acquisition in medical diagnostics and monitoring applications. Available for immediate integration into diagnostic systems and equipment.

Precision positioning system for medical scanning equipment utilizing direct drive motor technology. Enables accurate specimen or patient positioning with speeds up to 3 m/s and exceptional consistency.

Position tracking encoders for ultrasound probes enabling three-dimensional image reconstruction during interventional procedures.

High-accuracy motor system for positioning mechanisms in ultrasound, MRI, and CT scanning equipment. Enables precise probe and sensor alignment for diagnostic imaging applications.

A precise optical tracking system for image-guided surgery (IGS) integrated into surgical robots. It utilizes near-infrared light to wirelessly detect and track reflective markers attached to surgical instruments, achieving positioning accuracy up to 0.08mm (RMS) with sampling frequencies ranging from 96Hz to 300Hz. The system calculates exact 3D coordinates through triangulation and delivers accurate, real-time data for precise tool tracking and positioning in neurosurgery, orthopedics, TMS, and dental implant procedures. It supports both passive and active markers, tracks up to 50 tools and 200 markers simultaneously, and features multiple data interfaces including USB 3.0, Ethernet, and WiFi.

Electric actuator systems for medical imaging equipment positioning, enabling precise adjustment and movement of diagnostic imaging components.