Mymatrix
Design
Studios
mymatrix.design
We bridge the gap between theoretical physics and physical, manufacturable reality. We oversee the fabrication of early-stage optical components and manage the critical optomechanical alignment. By conducting rigorous optical metrology and testing, we validate that the physical prototype perfectly matches the simulated design criteria before moving into mass production.
We develop custom lens architectures tailored to your exact technical specifications. From high-resolution imaging optics for medical devices and cameras to specialized lenses for sensors, we balance field of view, focal length, and aberration correction. Our team ensures that your optical system delivers crisp, distortion-free image quality and precise light capture, perfectly integrated with your hardware.
We design advanced lighting systems that direct light exactly where it is needed with maximum efficiency. Utilizing custom reflectors, light pipes, lenses, and optical microstructures, we optimize light distribution for uniformity, specific intensity, and precise color rendering. Whether for consumer electronics, automotive lighting, or machine vision, we ensure your illumination system is both powerful and energy-efficient.
Before manufacturing any physical parts, we rigorously model your optical system in a virtual environment. Using advanced optical engineering software, we simulate complex light behavior, analyze stray light, and conduct extensive tolerance analysis. This allows us to predict real-world performance, eliminate optical flaws, and refine the design, saving you significant time and prototyping costs.
We bridge the gap between theoretical physics and physical, manufacturable reality. We oversee the fabrication of early-stage optical components and manage the critical optomechanical alignment. By conducting rigorous optical metrology and testing, we validate that the physical prototype perfectly matches the simulated design criteria before moving into mass production.
Whether you are developing a camera, a medical device, or a piece of wearable tech, we handle the math, ray tracing, and prototyping to maximize clarity and efficiency.
Initial evaluation of your optical requirements, first-order calculations, and system architecture mapping to ensure technical viability before full design begins.
Custom non-imaging optics and LED engineering, focusing on exact light distribution, uniformity, and energy efficiency for your specific hardware application.
Advanced imaging optics development, rigorous ray tracing, aberration correction, and comprehensive tolerance analysis using industry-standard optical software.
Complete turnkey solutions from theoretical physics to manufacturable reality. Includes full optomechanical alignment, rigorous metrology testing, and DFM optimization.