Laser marking technology uses the thermal energy of infrared light to create a permanent design on a surface. Versatile and highly precise, this method effectively marks most materials, from metal to ceramics, without any consumables or physical contact. This non-contact technique ensures minimal wear on equipment and allows for intricate, durable markings that resist fading over time.
A non-contact process, cutting with a laser is highly effective for precision machining as it delivers accurate and consistent results for complex designs. Other advantages of laser cutting include minimal use of consumables, no frequent replacements of components that mechanical cutting is associated with, and no physical stress on the worked-on material.
This versatile technology, built with fiber, ultraviolet, or CO2 lasers, is relied upon across metalworking, electronics, automotive, aerospace, medical, packaging, and other manufacturing processes. The laser in your cutting system will be dictated by the materials you need to process – their thermal tolerance, thickness, and required cutting speed.
Laser cutting is a high-precision, contactless CAD-based machining process with a low margin of error.
Automated laser cutting delivers fast and consistent results, boosts throughput, and lowers labor costs.
Laser Photonics customizes its laser cutting systems to best suit the unique needs of its clients.
Fiber laser cutting systems by Laser Photonics integrate our proprietary Turbo Piercing technology, which greatly reduces the heat-affected zone.
Laser marking requires no chemicals, cutting bits, waste disposal, or frequent maintenance, helping reduce ecological footprint.
Class I laser cutting systems are fully enclosed, eliminating the risk of accidental exposure to laser radiation when cutting with a laser.
A handheld laser marking machine by Laser Photonics would classify as Class IV according to the safety standards set by the FDA’s Center for Devices and Radiological Health (CDRH). We also provide custom Class I laser marking systems that are fully enclosed and allow for safe observation through viewing windows. We equip these systems with a fume extractor, a vacuum table, and other custom configurations.
Laser Photonics designs industrial laser systems to meet your specific application needs. Whether you’re looking for an expansive semi-automatic machining solution for your production line, a robotic laser arm, or a compact stationery system, we’ve got you covered.
In addition to the fiber and CO2 laser solutions in our portfolio, Team LPC builds systems with custom laser configurations best suited to the specific needs of our clients. If you’ve got something in mind that you don’t see in our portfolio, contact us – our team is always eager to carry out custom engineering projects.
Featuring a work envelope with an area of up to 6 x 12 feet, this system can function independently or…
For mid-scale industrial cutting applications, the SaberTech Titan Express is the laser system of choice. Its customizable work envelope, measuring…
The Fiber Laser Cutting & Welding Robotic System is a state of the art robot designed for high precision specifications…
The SBM3 is our professional-grade flatbed laser cutting and engraving solution for a wide range of applications. Businesses specializing in…
Our multipurpose flatbed CO2 laser, the SBM1200, is our solution of choice for mid-scale industrial cutting and engraving. Delivering consistency…
This CO2 laser system, the SBM2800, is our solution for precisely cutting fabric, paper, wood, acrylic, foam, and other materials.…
The PLASDEX is our high-precision CO2 laser solution for cutting and engraving plastics, rubber, fabric, and wood. Featuring a work…
The advantages of laser cutting are numerous. If you are interested in learning more about our laser cutting, cleaning, marking, welding, or engraving systems, please contact our sales department at [email protected].
At Laser Photonics, we understand the challenges of laser cutting. With over four decades of experience, we’ve developed laser cutting solutions that address your needs.
© 2025 Laser Photonics – All Rights Reserved | Privacy Policy | Terms Of Service | User Sitemap