Mirrorcle Technologies MEMS Software

The software suite enables users to perform MEMS mirror device driving from proof of concept in new application development to products. Additionally, it has been proven to be an excellent educational tool for MEMS students and professionals. It features software development capabilities with extensive C++, Matlab, Labview and Android Java API for prototype and product development. Software solutions included in the suite provide tools to aid users in: developing content for controlling MEMS mirror position/scanning behavior over time, conditioning that content to get the best performance from the devices, streaming that content to appropriate MEMS Controller hardware, and controlling certain parameters in the hardware (e.g. amplitude and offset). There are multiple Windows-based executables which give users control of all of the mirrors’ various modes of operation – point-to-point (quasi-static) beam steering, line-by-line uniform velocity rastering, vector graphics at various refresh rates, bitmap image laser displaying or laser marking, one-axis-resonating, and Lissajous patterns.