CO2 laser cutting is today one of the cheapest and most repeatable methods of producing flat and engraved parts. We built our laser primarily to support our own operator panels and consoles, composite moulds and R&D work — but we also gladly take on single, individual orders.
The machine has two advantages that ordinary plotters don't: a rotary axis for cylindrical parts and a pass-through feature that lets us feed in material of virtually any length. The adjustable table additionally allows us to engrave three-dimensional objects.
The CO2 laser first came to us as in-house support for our own products — operator desks and consoles, control panels and elements supporting composite moulds. In practice it turned out to be such a versatile machine that we also use it for external orders — from single engravings to production runs.
Put simply: the laser cuts parts exactly to a drawing from the computer, without the need to make tools or moulds. That means one piece costs practically the same as the hundredth — no setup costs and no long wait to start production.
We work with a broad network of material suppliers — from distributors to manufacturers. Thanks to short stock rotation, the sheets we work with are always fresh and their parameters repeatable. In practice that means fewer surprises on the line and a better cut edge.
Most laser plotters can cut flat sheets. Our machine does the same — but goes much further in four areas. Thanks to this it handles parts that other plotters would have to refuse.
The CO2 laser is today one of the most economical methods of cutting parts. The machine works fast and repeatably — the first part looks exactly the same as the hundredth and the thousandth, with no manual finishing and no cutting tool wear.
Our laser has a so-called 4th rotary axis. In practice this means that besides flat sheets we can engrave and cut parts on cylindrical objects — bottles, tubes, cups, pipes or shafts. It's a feature most ordinary laser plotters don't offer.
The machine has openable side walls, which let us feed in material up to 1500 mm wide and of practically any length. Cutting long slats, profiles or rolls of material is no longer a problem.
The laser table can be lowered. This lets us engrave not only flat boards but also crate lids, device housings and other three-dimensional parts that wouldn't fit in a standard plotter.
A 1400 × 900 mm table, a 130 W CO2 source and a working speed of up to 60 metres per minute. It cleanly cuts materials from 0.1 to 15 mm thick — depending on their type and density.
| Manufacturer / model | EX1490 |
|---|---|
| Number of heads | 1 |
| Laser source | CO2 TUBE 130 W |
| Working area | 1400 × 900 × 480 mm |
| Cutting thickness range | 0.1 — 15 mm |
| Maximum working speed | up to 1000 mm/s (60 m/min) |
| Supported file formats | .ai · .dxf · .png · .jpg · .bmp |
| Additional options | pass-through · 4th rotary axis |
The CO2 laser handles most non-metallic materials very well, and selected metals with engraving paste. Some materials we deliberately don't cut — for technological reasons and, above all, worker safety.
It's not worth risking operator health or damaging the machine's optics — if you have any doubt about a material, just ask.
We quote every job individually — depending on the material, quantity, complexity and any additional finishing. The simplest route to a quote is by email with the documentation.
A vector file (.ai, .dxf) or a clear raster graphic is enough. If you don't have a ready project, we can help prepare it.
We quote every order based on the material, number of pieces, laser time and additional finishing. The quote and file analysis are free.
Once approved we start cutting. We work fast and our materials are always fresh — thanks to direct contact with manufacturers and short stock rotation.
A short description and — if you have one — a ready file is all we need. We'll reply with a quote, a material proposal and an estimated lead time. If you have specific preferences (edge type, colour, finish), let us know with your inquiry.
