Utilizing the electromagnetic wave theory and Fourier analysis to study the wave characteristics of light such as propagation, interference, diffraction and polarization to guide the design of diffractive optical elements and metamaterials; conjugate gradient algorithm and Monte Carlo sampling algorithm are used to design and optimize the equations of free-form surface.
Unlike the traditional optical processing technology, FUTURUS uses single point diamond ultra precision technology to manufacture nano optical free surface, and chip etching technology to produce optical materials.
The unique standardized and modular design capabilities can quickly, conveniently and efficiently complete the individualized product design requirements of customers, and optimize the time period and cost.
Streamline the design as much as possible while fully meeting the needs of customers.
FUTURUS Lab has the world's top research team, research equipments and world-class industry research integration system. FUTURUS aims to develop the most advanced products and technologies. Utilizing the research and innovative application of fundamental physics, applied physics, micro nano manufacturing and ultra precision manufacturing, FUTURUS changes human life.