We are expert in designing embedded microprocessor controlled devices running on “real-time” operating systems that measure, control and deliver radiofrequency, ultrasound and microwave energy for tissue heating and ablation. We apply advanced knowledge of applied physics to our designs, varying a complex array of parameters to achieve a desired therapeutic effect. Our development process incorporates FDA and other agency regulatory requirements, and standards. As we work we use state-of the art analytical, and numerical modeling methods, as well as the latest computer tools to control risks and improve performance.
Stellartech capabilities include:
- Devices with complex biomedical sensor interfaces including patient contact devices such as catheters and surgical tools
- Devices capable of accurately measuring, recording and displaying physiological signals, including low-level signals such as intracardiac electrograms
- “Smart” therapeutic devices with memories
- Sophisticated sensor technology for applications such as flow and temperature measurement, and measurement of optical properties
- Electomechanical design
- Control system design
- Filter technology for monitoring a variety of parameters in noisy environments
- Identification technology such as RFID for reuse prevention
- Ultrasound imaging
- RF and high voltage supply designs
- Printed circuit board design
- Embedded system design
- Microprocessor controlled devices and embedded system design
- Analog and digital circuit design
- Digital design and programmable logic
