Founded in 1983 as an early innovator in software controls development, Control Micro Systems grew rapidly into a complete industrial laser systems integrator now known as CMS Laser. Our以激光为中心的工程™方法结合了最佳类激光器，深度应用知识，尖端机器视觉和验证技术以及自动化的部分处理功能。我们的交钥匙激光处理系统（用于切割，钻孔，标记，焊接等）在各种应用中找到了一个位置。还有我们的客户端列表includes many Fortune 100 and 500 technology leaders.
Customer materials are put through our material testing process where our applications engineers decide which laser and optics configuration will work best depending on customer’s requirements.
We start with a standard design and go from there. Our goal is to design a system to meet your specific needs. From robotics integration to optical character recognition, we are engineers with lasers.
After the design phase is passed, we build and thoroughly test the machine before shipping. We ensure the system meets customer expectations and provide full training during installation.
Discover the wide range of custom systems we’ve developed for the manufacturing world.
Medical Wire Marking System with Picosecond Laser
Automated Marking System for Dental Drill Bits
What Our Clients are Saying
We at ACR Electronics, Inc. (ACR) are using the Control Micro System (CMS) laser to engrave a 2D bar code on our FR-4 printed circuit boards. The bar code is used for traceability so that ACR can accurately track the history of the PCB, with precision and reliability being our upmost priority. In the three years ACR has owned the CMS laser, it has worked flawlessly. In the few instances where ACR needed support in programming, CMS was quick to respond.
CMS have been excellent partners in the development of new, complex equipment for our business. Initially they supported us through many rounds of product sample trials, gaining a thorough understanding of our requirements. As we progressed to the production stage for our products, CMS built multiple machines for us. Each machine had a different purpose, however the CMS team worked openly & honestly with us to agree on optimal solutions for each one.