Products that make a meaningful impact in the end user's lives
RF & Microwave Components
Circulators and Isolators: Ferrite with the necessary magnetic and dielectric properties can be used to create circulators and isolators, which are essential components in RF and microwave systems.
High Frequency Filters: Thin film technology is crucial for designing high-frequency filters with precise frequency responses and low insertion loss.
Couplers: Couplers along with polyimide bridges can be used in RF systems to split or combine signals, and they require precise fabrication techniques.
Power Dividers: Power dividers, which split an input signal into multiple output signals, can be designed using thin film microfabrication to achieve desired performance characteristics.
Thin film technology is essential for creating interposers with high aspect ratio filled vias and redistribution layer (RDL) on polyimide for use in semiconductor packaging and LiDAR systems. These interposers facilitate the connection of semiconductor components and help in improving the performance and reliability of electronic systems.
Glass & Ceramic-based Interposers for Semiconductor and LiDAR
Medical Devices
Single and Multilayer Flex for Piezo Transducers: Kapton and Polyimide can be used in the fabrication of flexible circuits for ultrasound probes used in medical imaging and sensing applications.
Thin Film Batteries and Packaging: Thin film microfabrication can be used to create thin and flexible batteries for medical devices and to develop custom packaging solutions.
Multichannel Flow Cells for Sequencing: Microfabrication techniques are essential for creating microfluidic devices, including multichannel flow cells used in DNA sequencing, diagnostics, and lab-on-a-chip applications.
Laser submounts and heatsinks with copper and on AlN can be built the performance, alignment and reliability of laser systems.
Submounts and Heatsinks for Lasers
Conformal Coating
Conformal coatings are used to protect electronic components and assemblies from environmental factors such as moisture, dust, and chemicals. Thin film technology can be employed to apply uniform and precise environmentally friendly conformal coatings, ensuring the protection of sensitive electronic devices.