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 and an enclosure

Not for

  • Chassis, tanks or machines that cannot come to the bench (handheld)
  • Unattended conveyor coding (fly)
  • Hallmarking jewellery as the main job (gold)

vs siblings

Same fiber process as portable and handheld. Desktop is the stable, enclosed (or open-frame) station. Portable is the box you move. Handheld is the gun.

Portable fiber · Handheld fiber · Fiber family

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, protective enclosure, exhaust kit.

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?
Recommended for open shops and visitors; not always required for a controlled cell.
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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