For starters, the fiber laser resonator amplifies light using an optical fiber as a gain medium, typically doped with rare-earth elements. Laser diodes pump the fiber, exciting the ions and causing them to emit light. Pump light excites the ions, raising them to a higher energy level. FbGs are regulary spaced refractive index variations in the fiber that act as mirrors, reflecting light back into the fiber.

All of our models regardless of the years can support dxf drawings for nesting.

It would be best to speak with your sales representative. They can help determine which one of our machines would meet the needs of your business. We carry a variety of machines: Sheet Laser Cutting Machines, Sheet and Pipe Laser Cutting Machines, Pipe Cutting Machines, H-beam Processing Machines, and many others.

Having a wifi service lets you connect your Xpro CNC on the network with its own wifi device. So your laser can stay connected even without a network cable.

Yaskawa, Hiwin, Fuji, and Delta currently support Xpro CNC for fabrication.

You can manage the settings on your cutting laser or at any device in your workshop with our nesting software. Import single parts, high quantities, or combine multiple parts. Also, with our provided nesting app, you can view your batch details and modify / change the priority before starting cutting.

Maintenance schedule is a setting that notifications and warn the use of the machine at your Xpro CNC. You can adjust the schedule for production time in the Xpro app.

With Xpro for your fabrication needs, you benefit from the discussions you've had with your sales representative. Features such as high-quantity batching, part branding, and maintenance reminders may be available as optional add-ons.

The simple answer is: Yes.
Aluminum sheet metal can be cut with our Fiber Laser, and in fact, it's one of our most efficient materials for fiber laser cutting. However, there are a few important points to keep in mind:

Efficiency with reflective metals: Fiber lasers are highly effective for cutting reflective materials because of their shorter wavelength. Aluminum, with a wavelength of around 1.06 µm, absorbs fiber laser energy more efficiently than the longer wavelengths used by CO2 lasers.

Clean cutting: When parameters are properly set, fiber lasers produce clean edges with minimal burning, ensuring high-quality cuts.

Laser power and thickness: Cutting speed and quality depend heavily on laser power. With the right model, fiber lasers can cut thin to mid-range aluminum efficiently. Thicker sheets, up to 20mm, are possible with higher power, but speed and edge quality may decline at those ranges.

Alternative methods: Other fabrication methods for aluminum include punching, shearing, and CNC routing, though fiber laser cutting is often faster and more precise.

Mid-range thickness aluminum is from 1 mm to 6mm.