Designing MEMS devices is a process that demands both technical expertise and close collaboration between designers and fabrication engineers. Every structure must be optimized not just for performance, but also for manufacturability and cost efficiency. Engaging in collaborative design early helps identify and resolve challenges before they become expensive bottlenecks during fabrication.

At B-Micron, we provide collaborative MEMS design services that bridge the gap between concept and production. Our engineers work side by side with customers to refine device geometries, process flows, and material choices, ensuring designs are manufacturable at wafer scale. We accept all common industry formats, including DWG, DXF, and GDSII, enabling seamless integration with customers’ existing CAD and mask layout workflows.

Unlike many foundries, we do not charge upfront setup fees for any MEMS projects. This lowers the barrier to entry for startups, research teams, and established companies alike, allowing innovation to move forward without unnecessary financial risk. Instead, we focus on building long-term partnerships where success is measured by working prototypes, scalable processes, and reliable production outcomes.

Our collaborative process includes iterative design reviews, design-for-manufacturability (DFM) feedback, and layout optimization. This reduces the likelihood of costly re-spins and shortens the path from design to working devices. Whether it’s a new sensor, actuator, photonic structure, or microfluidic component, our team ensures designs are practical, robust, and ready for pilot production.

By partnering with B-Micron at the design stage, customers gain access to both technical insight and a business model that supports faster, lower-risk innovation.