| Exhibition | ： | MEMS SENSING & NETWORK SYSTEM 2024 |
|---|---|---|
| Booth | ： | 5L-03 |
- Video
- Sample
The Fraunhofer ENAS is specialist and development partner in the field of smart systems and their integration into a wide range of applications. From the idea via design, technology development or implementation based on existing technologies all the way through to the tested prototype and technology transfer, we are a reliable innovation partner for start-ups, SMEs, and large enterprises.
- Nanomaterials for packaging and biosensors
- Nanotechonologies for photonic devices and memristors
- Quantum technology components
- Heterogeneous integration
- Packaging for power devices
- Sensors for IIoT
- Capacitive and piezoelectric micromachined ultrasonic transducers
- Medical technology applications
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1System for Energy-Autonomous Vibration Detection
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Complete system with piezo and memristor
for monitoring of engines or buildings
Product/technology CategoryDeviceMechanical sensor (Pressure / Acceleration / Gyro), Energy harvesting / Microenergy sourceApplicationSmart Monitoring SystemService / Business modelResearch and development institutions / UniversityApplication FieldPrecision Equipment / Industrial Machinery / Robotics, Automobile / Logistics / Transporting, Construction / Real estate, University / Research Organization
SolutionsSensing
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2Micromachined Ultrasonic Transducers
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- Sample
Capacitive Micromachined Ultrasonic Transducers (CMUT)
- Wide frequency bandwidth
- Good acoustic matching
- Wide operation temperature range
- No self-heating
- High yield fabrication
- Use of standard silicon processing
- Design flexibility
- Integration with CMOS (driving electronics)
Piezoelectric Micromachined Ultrasonic Transducer (PMUT)
- Monolithic integrated piezoelectric thin film aluminum nitride (AlN)
- MUTs as single membranes or array
- Beam steering function available
- Technology functionalized to work unpacked in air or liquids
- Reliable and reproducible Si or SOI technology (150 mm)
- No Curie-temperature, no aging of the piezoelectric material, no depolarization
Product/technology CategoryDeviceVehicle sensor, Actuator, Other Sensors / Sensor ModulesApplicationEnvironment & Energy, Food / Agriculture, Smart Monitoring SystemService / Business modelResearch and development institutions / UniversityApplication FieldAnalytical and Measurement Instrument, Food & Beverage, Electric Utility / Gas / Oil / Other energy, Fishery / Agriculture / Mining, University / Research Organization
SolutionsSensing
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3Parylene-CVD for various applications
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- Video
- Sample
- Low temperature adhesive bonding by using biocompatible Parylene C
- Ultra-thin and highly flexible Parylene-based PCB with multiple metallization layers
- Parylene coating for plasma dicing
- Ultra high barrier thin film system based on Parylene
MOVIE
Product/technology CategoryFabrication Technology / Evaluation & Measurement / Analysis Technology & ToolMicrofabrication (back-end , mounting , packaging etc.)ApplicationEnvironment & Energy, Aerospace, Healthcare & Medical, Life Sciences / Wearable / Sports, Food / Agriculture, Smart Monitoring SystemService / Business modelResearch and development institutions / UniversityApplication FieldOptical parts and devices, Medical Device, Electric Utility / Gas / Oil / Other energy, Fishery / Agriculture / Mining, University / Research Organization
SolutionsSensing
*The following information is provided to enable inquiries to exhibitors.
Unauthorized use and reproduction for any other purpose is prohibited.
| Company | ： | Fraunhofer Institute for Electronic Nano Systems ENAS |
|---|---|---|
| Address | ： | Technologie-Campus 3, Chemnitz Germany 09126 |
| TEL | ： | +49 371 45001-0 |
| URL | ： | https://www.enas.fraunhofer.de/en.html |
This exhibition is "Pre-registration required".
We kindly ask all attendees to pre-register before visiting the venue to facilitate seamless and contactless access upon entry and exit.
| Venue | Tokyo Big Sight |
|---|---|
| Address (e.g. of house) | 3-11-1 Ariake, Koto-ku, Tokyo 135-0063, Japan |
| By train |
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| Tokyo Big Sight |
Homepage: https://www.bigsight.jp/english/ Access: https://www.bigsight.jp/english/visitor/access/ |
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