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The support column (Z-axis) holds the laser arm, and the laser focus can be adjusted by moving the Z-axis using the height adjustment knob.
Plasma can, however, cut any type or metal up 80mm thick or 3 inches thick. Plasma can start cutting quicker than laser when cutting thicker material.
1. It has higher electro-optical conversion efficiency, which is more than 30%. The low-power laser machine has no need of a chiller. The air cooling will greatly save power consumption during operation, save costs, and achieve the highest manufacturing efficiency, 2. It only requires electrical energy during operation without additional gas, which has the lowest operation and maintenance costs, 3. It adopts semiconductor modular and redundant design. There is no optical lens in the resonant cavity, no start-up time, and it has the advantages of no adjustment, maintenance, and high stability. It reduces the cost of accessories and maintenance time, 4. The fiber laser wavelength is 1.064 microns, which makes the laser beam with high quality and high power density. It is very conducive to the absorption of metal materials, 5. The optical transmission of the whole machine is through optical fiber, no complicated light guide system such as reflecting mirror is needed, the optical path is simple, the structure is stable, and the external optical path is maintenance-free., 6. The cutting head contains a protective lens, which makes the consumption of expensive consumables such as focusing lenses extremely small, 7. The light is exported through the optical fiber, which makes the design of the mechanical system very simple, and it is very easy to integrate with the robot or multi-dimensional workbench, 8. After the laser is added with the optical shutter, it can be multi-machine, split through the optical fiber, divided into multiple channels and work simultaneously, easy to expand the function, easy and simple to upgrade.
Also, if you can get the cutting parameters right in laser cutting, you won’t have to worry so much about leftover cutting residue like dross.
If they have enough power, fiber lasers can cut through reflective materials. They can basically cut through any metal with enough power. They are only limited by the thickness of their cuts.
Amazon does not offer a return policy. However you will be eligible for a replacement within the 30-day period.
So, if your metal cuts need to be precise, then you need a laser cutter. If you just need to cut simple shapes, and thick ones, then a plasma laser should be alright.
Dual-purpose fiber laser cutting machine is a commercial laser cutter system with dual functions to cut sheet metals, metal plates, metal tube, and metal pipes of steel, aluminum, alloy, titanium, copper, brass, iron, and other metal materials.
FM-Desktop comes with an optional marking area extension that can be extended up to 7.87' x 7.87", 11.81" or 11.87' x 11.87".
Fiber lasers utilize laser light to stimulate the active medium.
The components as well the FM-Desktop fiber laser are covered by a 30-day guarantee and a 2-year parts and labor warranty.
Laser uses light to cut metal. Light is concentrated into a single point to be able to pierce and cut metal. Just think of a magnifying glass that can be used to focus sunlight into a single point and burn it. That’s how cutting with light pretty much works.
Electronics, automobiles, aviation, aerospace, auto parts, subway parts, electrical appliances, textile machinery, precision accessories, engineering machinery, food machinery, ship building, household appliances, metallurgical equipment, tool machining, elevators, metal arts, metal crafts, metal gifts, metal decorations, advertising, kitchenware, metal external machining, and some other manufacturing industries.
Maximum material cutting thicknesses by 1000W fiber laser cutting machine: Carbon steel has a maximum thickness of 10mm; stainless steel has a maximum thickness of 5mm; aluminum plate has a maximum thickness of 3mm; and copper plate has a maximum thickness of 3mm.
Fiber lasers typically cost between $20,000 and $45,000.
To guide light, fiber lasers use an optical fiber cable made of silica glass. Because the resulting laser beam is straighter and smaller than with other types of lasers, it is more precise. They also have a small footprint, are energy efficient, require little maintenance, and have low operating costs.