EXPLORE OUR LASER MARKING SYSTEMS
OPEN FRAME FIBER LASER
Radian’s Open Frame Fiber Laser Systems are available with 2D or 3D galvos for precise industrial applications, utilizing best in class components and cast metal scan heads to survive in the toughest environments. Field sizes up to 12”x12” with either manual or auto-focus for marking on a wide range of objects. Optional accessories such as Radian’s custom rotary systems aid in increased productivity. Radian’s 3D Dynamic Focus Module allows for marking on curved or irregular surfaces without a rotary.
“Radian’s Drinkware Rotary Kit is a small addition that makes a big impact on efficiency improves the output that is possible with a 3D Galvo Laser.”
FLATBED LASER SYSTEMS
Radian Laser Systems is now the primary U.S. distributor of Laser Tools and Techniques (LTT) flatbed laser solutions. Radia offers a full line of reliable, high-performance flatbed CO2 laser cutting machines. CO2 flatbed lasers are ideal for cutting and engraving materials such as wood, leather, paper, acrylic and other materials.
“We are an awards store and needed to fill a void for direct marking on metals. Now with our Radian 30 watt system we can take jobs that we had passed on for 20 years.”
MINI 3D / MICRO 2D DESKTOP FIBER LASER
Radian’s 3D Mini Fiber Laser System is fully enclosed small and portable form factor for marking metal and plastic. Removable doors allow for marking larger objects within the 6”x6” marking field. Key features like auto focus, internal LED lighting, red light positioning to ensure accurate positioning of your object to be marked make the mini system easy to operate and ideal for smaller volume operations.
DESKTOP FIBER LASER
Radian’s desktop fiber lasers feature a folded optical platform whith allows for a fully enclosed system in a compact footprint. The systems are offered in 3D (Mini) or 2D Micro), auto-focus, internal work light, red-tracer beam for precise locaing of the marking area, fume extractor port, 6”x6” marking field, large fiewing window, T-Slots for adding rotary accessories of fixture plates. This system is ideal for customers needing a small footprint, high precision with low to high volume marking needs.
“We needed a permanent and legible solution for Laser engraving for nameplates on pressurized and non-pressurized vessels. This system has allowed us to standardize our marking across all our products.”
CO2 LASER
The Radian 3D, CO2 Galvo-based Laser System are best in class, high performance systems designed for engraving & cutting a wide variety of items, including powder-coated tumblers and drinkware, award plates, wood, stone and cleanly cutting delicate materials such fabric and paper. Up to a 26”x26” marking field allows for a variety of setup configurations to meet even the most challenging production needs. Fully enclosed as well as open frame options available. Systems incorporate industry leading metal / RF lasers, high performance 3-axis galvos, industrial computers and chillers. avialble accessories such as the drinkware indexer setup, rotary chucks, shuttle tables and more make this a system that can
UV LASER
Radian’s 3-axis ultraviolet (UV) LASER systems utilize high-performance 2D and 3D galvos, ultra-fast controllers, high-quality laser sources and easy-to-use software for best-in-class mark quality and speed. UV lasers work well with a variety of materials including glass, crystal, metal, plastics, silicon as well as others. UV is exceptional for marking on glass / crystal and can produce an ultra-smooth, contrasting mark that rivals the results normally only achieved with sandblasting, but without all of the hassles associated with cutting masks, applying masks, sand-blasting and cleanup.
Micro Fiber Laser
The Radian 2D Micro Fibers Laser System offer a fully enclosed small and portable form factor for a variety of applications. Great for marking flat metals in low volume or entry level operations. Easily removable doors and side panels provide the ability to mark larger objects within the 6x6” marking area. Easy to operate and maintain.