It will take some learning but after a few projects and using the software it will all make sense and become easier to use. Like many others here, the cutting job went great, the results were crisp and clean and I thought I’d found an amazing product that was perfect for me. STJ1390M CO2 laser cutter with 280W Yongli combined beam laser tube, which can cut up to 3mm stainless steel, 4mm carbon steel, 30mm acrylic, 25mm wood, etc. Affordable laser cutter with four laser cutting heads is used to cut cardboard, plywood, MDF, plastic and paper with high speed and high efficiency.
GS-60EG Series, the greatest tube/pipe processing machine, realizing high-quality multiple tube cutting demands with little time and cost. But there will come that time when you have to ask yourself if it is time for the company to bring laser cutting in-house. This has to be considered even if the business relationship with the subcontractor is great. High precision registration marks positioning and intelligent deformation compensation for accurately laser cutting of dye sublimation printed logos, letters and numbers. StarCut Tube Our StarCut Tube laser cutting systems comprise of very specialized solutions for cutting medical implants.
However, this is less so the case for materials over 20 mm although, a more expensive fiber laser machine that can work with over 6 kW could do the trick. The FLC Series High Power Fiber Laser integrated Cutting System designed to consistently meet the high demands of the metal processing industry. The FLC Series combines the latest developments in fiber laser technology, motion system technology and PC based CNC controls.
Contrast that with virtually every major fabrication machine manufacturer, who were showing and demonstrating a startling variety of CO2 laser cutters. Laser cutting technology has come a long way since 1965 when the first laser machine had been introduced. Nowadays, lasers are used in various industries for cutting a lot of different materials.
Personally, I wouldn’t have any reservations about it from a maximum or average power output perspective. Water break protection is common sense when you think about it, but it’s surprising it’s still not a standard feature. You’re always unlikely to spring a water leak, but if you do, then you’ll ruin your engraving and do damage to your laser. The water is there to ensure that things don’t get too hot during tooling.
For example, parts requiring further processing, such as powder coating or painting, will first need surface treatment following the laser cutting process before receiving the necessary coating or paint. The addition of this step increases both the turnaround time and total processing costs. The process of one photon propagating the emission of another photon amplifies the strength and intensity of the light beam. Thus the stimulated emission of light photons (i.e., a type of electromagnetic radiation) causes the amplification of light; in other words, light amplification by stimulated emission of radiation. Improperly aligned photons within the resonator pass through the partially transmissive mirror without being reflected into the medium, generating the initial laser beam.
Beam Studio will then snap a picture of what it just etched, projecting an overlay of where it thinks the test pattern is versus its scan. Nudge the overlay around until everything is perfectly stacked, and you’re set. You’ll want to re-run this alignment process every once in a while (it’s quick) if you need precise placement.