CUSTOMIZED MICROCIRCUITS FOR MEDICAL DEVICES
- Microcircuits on ultra-thin glass for medical devices
- Microcircuits on ultra-thin flexible polyimide for medical devices
- Microcircuits on ceramics (Al2O3, AlN) for medical devices
- Flexible microcircuits on Nitinol for medical devices
- Flexible microcircuits on parylene polymer for medical devices
- Parylene coating on flexible microcircuits for medical devices
- Ultra-thin flexible microcircuits for diagnostic catheters
- Ultra-thin flexible microcircuits for endoscopy
- Ultra-thin flexible microcircuits for capsule endoscopy
- Ultra-thin flexible microcircuits for balloon catheters
- Ultra-thin flexible microcircuits for lung catheters
- Ultra-thin flexible microcircuits diagnostic catheters for medical Imaging
- Ultra-thin flexible microcircuits for ICE catheters
- Flexible microcircuits for ultrasonic medical devices
- Flexible microcircuits for implantable medical devices
- Flexible microcircuits for neuronal electrodes stimulation
- Flexible microcircuits for cortex electrodes stimulation
- Flexible microcircuits for opto-electronics stimulation (optogenetics)
- Flexible microcircuits and camera on glasses (smart neuromorphic)
- Flexible microcircuits for Bio-sensing signal processing applications
- Microcircuits on glass for multi wells arrays and bioassays
- Microcircuits on glass for multi wells plate cells cultures assays
- Microcircuits plate for high density multi electrodes array
- Microcircuits on glass, ceramics, and flexible polyimide for bio-chemical sensors
- Microcircuits for multi electrode array electrophysiological analysis
- Flexible microcircuits for wearable medical devices
- Flexible microcircuits for blood pressure, force, flow, oxygen, temperature sensing for medical devices and sensors
- Flexible microcircuits for headband for epileptic neurosensory
- Flexible microcircuits for electrocorticography arrays
- Flexible microcircuits for skin cell cancer treatment (Dermo-oncology)
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