A fiber or CO2 laser cutting machine relies on the thermal impact of infrared light to cut through materials with high accuracy. This laser light is focused into an intense beam to produce a narrow cut with extremely clean edges. This non-contact, automatable technology delivers fast, highly consistent results in machining intricate geometries.
Laser Photonics offers semi-automated laser cutting systems with custom configurations. Our in-house engineering team is ready to provide you with the laser machining experience that will best suit your needs.
Laser cutting systems deliver consistent, high-quality cuts with the utmost control and precision. A non-contact process, this method offers significant advantages in producing intricate designs with minimal kerf and less risk of damaging the material. This transforms a task often associated with costly rework and post-processing into a quicker, more efficient operation.
Fiber laser cutting systems by Laser Photonics integrate our proprietary Turbo Piercing technology, which greatly reduces the heat-affected zone (HAZ) during cutting. A low HAZ means minimal thermal stress on the material, which leads to less warping and preserved structural integrity. This makes laser cutting tools excellent for manufacturing parts with tight tolerances, reducing the need for extensive post-processing.
Laser Photonics offers high-power fiber laser cutting systems for cutting metal, including highly reflective materials like aluminum, copper, and stainless steel. For the effective processing of organic and other materials including glass, plastic, foam, fabric, leather, and acrylic, we offer CO2 laser cutting systems. In addition to the fiber and CO2 solutions in our portfolio, Team LPC builds systems with custom laser configurations best suited for the specific needs of our clients.
While the initial investment into a laser cutting system may be significant, integrating this technology promises long-term benefits and returns. When handled properly, laser-powered tools require minimal upkeep and provide reliable, consistent performance for years. Team Laser Photonics can help make that happen with the help of its user training and maintenance professionals.
While the initial investment into a laser cleaning system may be significant, integrating this technology promises long-term benefits and returns. When handled properly, laser-powered tools require minimal upkeep and provide reliable, consistent performance for years. Team Laser Photonics can help make that happen with the help of its user training and maintenance professionals.
Understanding the Technology:
SaberTech laser cutting and engraving technology by Laser Photonics serves a broad range of purposes. From prototyping and custom metalwork to acrylic covers and display screens, laser cutting technology offers precision, speed, and usability that elevates standards in manufacturing processes across diverse sectors. Explore how SaberTech can fulfill your cutting needs.
The laser's precision allows for complex designs and intricate details to be cut with ease, which is particularly well-suited for…
Discover how fiber laser cutting outperforms other cutting techniques in terms of precision, maintenance, and consumable use.
Unlike mechanical cutting, which involves sawing, shearing, milling, or similar power tools and carries a high margin for error, laser cutting is a contactless, CNC-controlled process. Of the two methods, laser cutting is the more precise and yields a clean edge. Laser cutting significantly reduces material waste, rework, and post-process surface finishing.
While both a waterjet cutter and a laser cutter require a considerable initial investment, the former requires considerable ongoing operational and maintenance expenses. In addition to the cost of abrasives in waterjet cutting, operations involve the upkeep of the high-pressure system, fixing any leaks or wear, and post-process cleanup. In comparison, laser cutting stands out for its quick maintenance and low consumable use.
Of these two methods, laser cutting generates a lower heat-affected zone, which leads to less material distortion and damage. Plasma cutting is considered an affordable method; however, a plasma pulse does not have the precision of a laser beam and may not be suitable for cutting thin or intricate materials. In comparison, laser cutting is more versatile and safer for a variety of applications and materials. In addition, plasma cutters require regular replacements of torch consumables and gas replenishment.
Laser Photonics presents the SaberTech fiber laser cutting systems, available in a diverse set of configurations. From our fully enclosed semi-automated flatbed for large-scale industrial applications to our robotic arm for integration into production lines, we have the optimal laser-powered cutting solutions for your unique needs.
Our high-power fiber laser cutting machines have a number of optional add-ons, which include a fume extractor, a vacuum table, and a rotary for circumferential processing. Experience the benefits of our state-of-the-art Turbo Piercing technology, which yields a minimal heat-affected zone and resolves the complexities of precision machining.
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…
SaberTech CO2 laser cutting solutions offer industrial-grade reliability in the precision cutting and engraving of glass, plastics, rubber, acrylic, ceramics, fabric, and wood. Companies that previously outsourced cutting, marking, or engraving can save time and money in the long term by adopting SaberTech CO2 laser cutting technology and bringing these projects in-house. Laser Photonics offers CO2 laser cutting machines in various configurations, from enclosed Class I systems with observation windows to expansive flatbed systems. SaberTech systems are flexible on input and feature automatable functions, autofocus, and a modular design for easy customization.
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…
For ultimate safety during laser processing, select among the fully enclosed laser equipment by Laser Photonics. Although infrared laser light is invisible to the human eye, accidental exposure can pose the risk of eye and skin damage. With Class I laser systems, laser radiation is fully contained inside an enclosure with safe viewing windows.
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. 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.
Consider all the factors in selecting a laser cutting system that aligns with your operational needs. Fiber and CO2 technologies are used in laser cutting machines most often. These are highly effective at processing metals or organic materials, respectively.
For cutting precious metals of the highest reflectivity grade, an ultraviolet laser cutting solution may be your best choice. Contact us to learn about our custom engineering fulfillment services.
Key considerations include:
Browse through stunning laser cutting application results.
Laser processing technology is emerging as a key player in industrial sustainability, helping improve workplace safety and reduce ecological footprints.
A workplace that is well-equipped for the efficiency and safety of the operators boosts productivity and job satisfaction. Laser cutting requires neither physical strength nor heavy protective equipment. By replacing outdated, hazardous, and messy surface treatment operations with laser processing, you improve the well-being of your employees. In its commitment to provide the best operator experience, Laser Photonics engineers and implements the latest innovations in laser technology.
Industrial cutting processes are accompanied by potential environmental impacts from the use of consumables, abrasive media, gases, power consumption, and compressed air. These processes are often accompanied by fume and waste generation. To transition to more sustainable practices and reduce their environmental footprint, businesses can invest in energy-efficient cutting technologies and fume extraction equipment, shift to eco-friendly practices, and implement recycling programs for scrap metal and other waste materials.
Common questions about our laser cutting systems
Laser cutting uses the thermal impact of a focused infrared light beam to separate material at the cut line, yielding a narrow kerf.
Fiber laser cutting is used to cut metals, alloys, thermoplastics, and other materials. This includes stainless steel, aluminum, titanium, nickel, composites, chrome, cast iron, rubber, silicon, ceramics, graphite, acrylic, and more.
A CO2 laser system cuts glass, ceramics, certain metals, plastics, wood, fabrics, leather, and more.
UV laser cutting systems are custom-made by Laser Photonics. Contact us to learn more.
The SaberTech is custom-tailored to suit your cutting needs. Laser Photonics equips these systems with the laser that’s appropriate for the depth of the material you are looking to cut.
Our state-of-the-art Turbo Piercing technology minimizes warping of the material during laser cutting.
Laser cutting is considered an eco-friendly material processing method as it does not involve the use of chemicals or cutting bits and creates minimal secondary waste. The precision of this technique also allows professionals to reduce material loss. Among laser cutting methods, fiber laser cutting is more energy efficient than CO2 laser cutting.
Anyone operating a laser system must undergo safety training. However, a SaberTech system is easy to master, and maintenance requirements are minimal.
Our team is on standby to answer any additional questions. Schedule a virtual meeting with one of our specialists so we can give you more information on laser processing. Contact us to find out whether SaberTech laser technology is right for you and your business.
Experience the Laser Cutting Difference
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