Magic Laser Magic Machine Tech

Desktop Fiber Laser Marking Machine

The desktop fiber laser marking machine is the workstation unit in our fiber range. Use it when parts come to a bench — production, assembly or inspection. It marks metals and engineering plastics at 20–100W, 1064 nm, with an air-cooled source (IPG, JPT, Raycus or MAX).

Desktop fiber laser marking machine — workstation cabin

Best for

  • Repeat serials, logos and QR on small-to-medium metal parts
  • A dedicated marking cell next to assembly or QC
  • Shops that want a fixture, optional rotary, integrated AC or fume extraction

Not for

  • Chassis, tanks or machines that cannot come to the bench (handheld)
  • Unattended conveyor coding (fly)
  • Hallmarking jewellery as the main job (gold)
  • A complete marking workstation inside a cabinet (enclosed Fiber)
  • Marking zone only inside a chamber, with the controller outside (enclosed marking chamber)

vs siblings

Same fiber process as portable and handheld. Desktop is the open (or lightly guarded) station. Enclosed Fiber houses the whole workstation in a cabinet. The enclosed marking chamber format encloses only the marking zone. Portable is the box you move. Handheld is the gun.

Enclosed Fiber · Enclosed marking chamber · Portable fiber · Handheld fiber · Fiber family

Configure the workstation

Configure the marking workstation around your application, environment and production setup. Integrated climate control and fume extraction are available where required. They are options on this desktop format, not separate machines. If the whole workstation must sit in a cabinet, use Enclosed Fiber. If only the marking zone must sit in a chamber, use the enclosed marking chamber format.

  • Integrated AC

    An integrated AC option for installations where controlled operating conditions are required around the laser source and electronics. Ask on the quote; we do not publish a temperature band from the photograph.

  • Fume extraction

    Integrated extraction for applications where marking fumes or particulates need to be captured rather than released into the surrounding workspace. Jewellery shops use it to collect process fumes and fine residue. Closed rooms and laboratories use it so fumes are not left to circulate in the cell. Extraction does not replace the rest of the site’s ventilation or laser-safety rules.

  • AC + fume extraction

    Integrated climate control and fume extraction can be combined for installations with both environmental and process-extraction requirements. Specify both on the quote.

Specs

Parameter Value
Laser power 20W / 30W / 50W / 100W
Wavelength 1064 nm ± 5
Marking speed Up to 15,000 mm/s (file, material and source dependent)
Marking field 70×70 mm to 500×500 mm
Min. line width 0.01 mm
Min. character height 1 mm
Repeat accuracy ±0.01 mm
Laser source IPG / JPT / Raycus / MAX
Cooling Air-cooled
Software EZCAD (standard) / LightBurn where supported
Voltage AC 220V, 50/60 Hz
Source life Up to 100,000 hours typical, source and duty dependent

Features

Materials

Steel, stainless, aluminium, brass, copper, titanium, carbide, coated metals, and markable engineering plastics. Confirm coatings with a sample.

Applications and industries

Accessories

Motorized Z, F-theta lenses, rotary for cylinders, integrated AC, fume extraction.

Why this model

Stable fixture, short setup, the usual first fiber machine for a plant that has a marking station.

FAQs

20W vs 50W vs 100W?
Depth, speed and hard metals push wattage up. We set it after a sample.
Enclosure required?
For an open workstation, local guarding may be enough. When the complete marking setup must sit inside a cabinet, that is Enclosed Fiber. When only the marking zone must sit in an interlocked chamber with the controller outside, that is the enclosed marking chamber format.
Plastics?
Some yes with fiber; heat-sensitive parts → UV.

Tell us the metal, the mark, and whether the part sits on a bench.

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