CMS Laser

Printed circuit board (PCB) laser depaneling is an effective way for manufacturers to save money and time. Boards often contain sensitive components that can be damaged easily, and laser depaneling reduces undue stress on these components and their solder joints. Read more: https://lnkd.in/dWeE2-sJ #CMSLaser #PCB #Microchip #CircuitBoard

PCB (printed circuit board) depaneling, also called singulation, is the process of removing numerous smaller, individual PCBs from a larger multi-PCB panel produced during manufacturing. This process was created to increase throughput of PCB manufacturing lines as circuit board sizes reduced.  Although there are multiple methods available, laser depaneling offers key advantages over competing methods:  -Speed  -Pinpoint accuracy  -No tooling cost or wear  -No part induced stress  -No cutting oils or waste Learn more: https://bit.ly/4hIH5pa #CMSLaser #PCB #Microchip #Electronics

The medical industry employs coated copper wires that require precise end stripping and window stripping to achieve accurate tolerances for subsequent soldering, brazing, or welding. Insulation coatings, such as polyimide, urethane, lacquer, Kapton®, and formvar, are commonly used on medical wires and necessitate specialized techniques for their clean removal. Unlike other standard plastic insulations, these materials cannot be scribed and peeled and instead must be entirely ablated. Our laser stripping systems can remove these coatings without overheating the inner conductor, learn more: https://bit.ly/4k555Ek #CMSLaser #Medical #Healthcare #Insulation

UV laser marking is integral to wire harness manufacturing, ensuring compliance with rigorous aerospace standards, including those set by SAE. By harnessing high-energy ultraviolet laser beams, this process photochemically marks precise and clear markings onto wire surfaces. Learn more: https://bit.ly/3QjWFLQ #CMSLaser #UVLaser #Aerospace

When designing new plastic parts, having the ability to quickly perform welding tests in-house can save significant expense and time. At Control Micro Systems, we can custom design an R&D laser welding machine that provides maximum flexibility for welding many different types of plastic parts. Laser welding systems can vary in sophistication: They can be as simple as hand-load, stationary part systems, while more complex systems can include robots and other motion controls integrated into the cell to achieve automated motion between the part and laser spot. Learn more about our plastic welding capabilities: https://bit.ly/419mNiD #CMSLaser #Welding #LaserWelding #Plastic

Artificial Intelligence and laser technology have long been concepts in science fiction, but how can these future-facing technologies be combined in practical applications? Recently CMS Laser developed an advanced laser welding system featuring artificial intelligent (AI) machine vision to help automate the quality inspection process. This system is well-suited for welding stainless steel aerospace components as well as various welding applications across the medical device manufacturing industry, encompassing:  -Implants  -Hermetically sealed containers   -Surgical instruments -Medical equipment  -Tubing and more Learn more: https://bit.ly/4hoTXAK

When it comes to safely and permanently adding identification marks to wires and cables, ultraviolet (UV) lasers are a top choice. Their remarkable photochemical process ensures precision and durability in marking various insulation colors and when titanium dioxide is introduced into insulation, it enhances their ability to create dark, high-contrast markings. Read more: https://bit.ly/4aJ0ovH #CMSLaser #UVMarking #WireMarking #Marking

Plastic catheters used in medical settings require clear and smooth depth markings along their shafts to ensure accurate usage by medical professionals.  Learn more about our UV laser marking systems and specialized “cold marking” process ideal for medical-grade plastics: https://bit.ly/4hd5OBG #CMSLaser #Medical #Healthcare #UVMarking

Unique Identification (UID) marking is a common practice adopted by manufacturers for identifying and tracking products after they leave the factory. Traditional methods such as dot peening, chemical etching and printing paper labels often require costly inks, dangerous consumables or routine maintenance, all of which can add up to substantial operating costs over the course of time. Alternatively, fiber lasers require minimal cleaning of the marking area, don’t require costly consumables and boast a long lifespan of around 100,000 hours or about 45 years. Learn more about UID marking with laser systems: https://bit.ly/4jJeDF8

At CMS Laser, we specialize in providing trusted solutions tailored to address your unique manufacturing challenges. Our team of experienced engineers works closely with you to design and deliver turnkey systems that are ready to be implemented at your facility. Whether it’s laser marking, cutting, welding, or drilling, we bring the expertise needed to create custom solutions that meet your specific requirements. From engineering and integration to testing, we ensure your solution is seamless, efficient, and reliable. Learn more about us here: https://bit.ly/3Ww3tcG #CMSLaser #Solution #Laser #Manufacturing