
Medical technology
Medical technology
In medical technology, AITAD offers innovative approaches to optimize existing solutions and promote innovation. Embedded AI optimizes and relieves the burden here, particularly through user interaction and advanced predictive maintenance solutions.

Improve treatment, optimize diagnosis and treatment times in medicine with embedded AI
- Evaluate handpiece holders in real time based on the treatment situation and generate operating suggestions and warnings.
- Automation of surgical and endoscopic lighting through intelligent adaptation to the cleaning and treatment situation.
- Intelligent torque real-time evaluation for safe implant insertion – to reduce the risk of bone fracture.
- Optical cutting edge evaluation for HF surgical tools for intelligent power settings.
- By using AI, surgical devices can be controlled contactlessly via voice. This increases hygiene and, in times of a shortage of skilled workers, helps to reduce the number of operating personnel required.
- In hospital emergency rooms, the early detection of heart attacks or strokes can be optimized.
- Medical sensor wristbands enable long-term patient monitoring and the recording of vital parameters to support diagnosis. On this basis, diagnosis and treatment times in doctors’ offices and hospitals can be reduced.
- Toothbrushes detect the formation of tartar thanks to AI and sensor technology that uses ultrasonic noise.
Further possible applications for embedded AI
Energy and air-conditioning technology
Process optimization (e.g. status and anomaly detection for the main components of a heat pump, e.g. compressor, condenser, evaporator, expansion valve)
Electrical installation
Innovative infrared fire protection systems for control cabinets that provide reliable protection and effectively prevent short circuits and fires.
Retail
Data protection-compliant theft prevention – detects suspicious behavior and protects against losses without compromising customer privacy.
Robotics
Monitoring of joints in robot arms for early failure prediction. Optimization of the grip pressure of automatic grippers depending on the material to be gripped
Fire protection
Precise positioning and emotion detection of people to be evacuated – enables faster rescue and targeted support in emergency situations.