It’s a fast process for materials A CO2 laser can require an initial investment that’s anywhere from Fiber laser cutting is a more recent technology and has grown dramatically in popularity, partly due to its superior quality when cutting thinner material. Welding Capabilities for Metal Fabrications & Stamped MetalMachining Capabilities for Stamping and FabricationHeavy / Industrial Equipment Stamping & FabricationsSecondary Operation Equipment for Fabrication & StampingWelding Capabilities for Metal Fabrications & Stamped MetalMachining Capabilities for Stamping and Fabrication Without these optics, the cutting speeds should remain constant over time. This 9000-watt model can cut materials such as copper, brass and titanium, with the added capability of being able to process common material four times as quickly as competitors. A CO 2 system, on the other hand, relies on mirrors, installed a set distance apart, to transfer the light beam. Like any welding setup, though, the decision tree for finding the right automated laser cutting process starts with an evaluation of both your current applications, needs and limitations, and your long-term vision. But even though it’s an older cutting method, several features of the CO2 laser drive its continued popularity for industrial welding and cutting: it emitsCO2 cutting is best for fine features and acute angles, and typically uses two axes and a moveable table to create the cut. It was the first introduced more than 50 years ago and remains the traditional pillar for the industry.

Some of the more advanced features of this model, include:The premium AMADA laser benefits listed above allow for reduced lead times and processing costs, which in turn reduces overall customer costs.Make Tempco Manufacturing Company your first choice for high precision, fiber optic laser-cut metal parts. These factors combine to minimize or eliminate scrap and inaccurately-cut parts, reducing material costs.Tempco’s fiber optic laser cutter is powerful enough to cut sheet metal up to 0.866” thick (maximum thickness varies by material). Cutting speeds are generally much faster with fiber, and the process yields fine cuts with precision quality. Both processes offer increased precision and versatility for shops of all sizes, and the technology is continually evolving toward improved precision, easier use, and greater flexibility. This delivery system provides extremely accurate cutting of numerous types of materials in various thicknesses. The LCG3015AJ laser cutting solutions also utilizes fewer diode laser modules to achieve the power that is desired. It also has significantly lower operational costs -- American Torch Tip offers a wide range of precision † American Torch Tip Company is in no way affiliated with the above-named manufacturer(s). The light is then straightened and delivered by a lens that is hyper focused on the material being cut. Most parts advertised for sale are made by, or for, American Torch Tip Company and other parts, as indicated, are original parts manufactured by the above-named OEM and are simply being resold by American Torch Tip Company. Advanced software allows us to directly input digital part designs, and a 3-axis linear motor drive system provides absolute accuracy, even at the highest cutting speeds. This delivery system provides extremely accurate cutting of numerous types of materials in various thicknesses. Disadvantages of CO2 lasers . Laser cutting solutions display extraordinarily high electrical efficiency, which results in lower customer costs.Our fiber optic laser cutter is up to four times faster than conventional laser systems. View Tempco's work gallery for examples of our metal stamping and metal forming expertise.Tempco's fiber optic laser cutter is up to four times faster than conventional laser systems.We produce tooling and fixtures in-house in our state of the art tool and die shop. Fiber optic laser cutters utilize amplified light that is channeled through a fiber optic cable. Note that neither the fiber laser itself, nor the fiber optic beam delivery system of a fiber laser cutter, include individual optics. However, it does have a few big drawbacks – more intricate jobs may significantly reduce cutting speed, and it requires specific safety measures to prevent long-term eye damage.A fiber laser setup can be less expensive than CO2, ranging from $200,000 to $600,000. The system’s high-powered, 4000 watt laser creates exceptional edge quality.

Shorter processing times equate to faster turnarounds, so you get the parts you need sooner. The light is then straightened and delivered by a lens that is hyper focused on the material being cut. The beam is then moved through a flexible fiber optic cable to the laser cutting head. And, unlike CO2 laser technology, fiber optic lasers require no gases to generate the laser beam, thereby eliminating potentially harmful emissions. Fiber optic laser cutting is among the most environmentally-friendly metal fabrication processes available.The LCG3015AJ utilizes Amada’s patented fiber laser technology, which allows for a wide range of materials types and thicknesses to be processed quickly and efficiently. Watch the video below to see just how quickly our laser cutter can turn out complex parts.With a 5’ x 10’ work table, our Amada laser cutter has ample room for large parts or for nesting multiple jobs on a single piece of sheet metal. Cutting speeds are generally much faster with fiber, and the process yields fine cuts with precision quality. Fiber optic laser cutters utilize amplified light that is channeled through a fiber optic cable. Material and thickness cutting speed, and cost to cut 100 ft. of material, cutting cost comparison . CO 2 lasers use an electromagnetically stimulated gas—typically, a mixture of carbon dioxide, nitrogen and sometimes hydrogen, xenon or helium—as their active laser medium. This advantage provides improved efficiency and simplification for the overall design of the fiber engine.Amada’s 9000-watt laser cutter is designed with a wide range of features that make it the premiere laser cutter in the industry. We can laser cut an array of standard and specialty materials, including:Our fiber optic laser system uses approximately one-third the amount of energy required by a “traditional” 4000 watt CO2 laser, and just a quarter of the power of a 6000 watt CO2 laser.