After the initial concept drawings are generated, a 3-D rendering can be developed for visualization using Alibre software. MCB will minimize your design cycle using MathCAD for analytical modeling and Finite Element Analysis (FEA) simulation. Our 20+ years of experience in mechanical, electrical, thermal, and fluidic models provides the understanding of the physics behind the software algorithms and sets us apart from our competitors.
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Reach your final design faster and at lower cost by applying design variations based on the model results through one fabrication run rather than serial iterative runs. L-edit is used to generate photomasks.
MCB will work with you to select a MEMS foundry with a process suite that is most compatible with your device requirements. We start by developing a process flow based on materials best suited to your device's optimum performance. We then work with multiple foundries to adjust the process flow to more exactly match their capabilities. MCB can then work with you to help select a foundry based on a mix of best process, best practices, and best cost to achieve maximum value. |
Optical MEMS- MEMS Mirror Arrays
- Scanning Mirrors - Optical Fiber MEMS Switches - Silicon and Silica Waveguides - Tunable Fabry-Perot Inteferometers |
BioMedical MEMS- Microfluidic PCT Chip
- Optical Resonators - MicroNeedles |
Other MEMS Devices and Structures- Intertial Sensors (accelerometers, gyros, IMU's)
- IR Sensors (amorphous silicon bolometers) - MicroEnergy Harvesters - Field Emission Displays - Elastomeric Diffractive Displays |