Magic Laser Magic Machine Tech

Fly Fiber Laser Marking Machine

The fly fiber laser marking machine is the inline unit in our fiber range. Use it when parts stay on a conveyor or moving fixture and the mark must happen without stopping the line. Photocell or encoder trigger; serial, date and shift can change in software.

Fly fiber laser marking head over a generic conveyor line

Best for

  • Batch coding and unique serials on metal (and some plastics) at line speed
  • Packaging-adjacent metal parts, automotive components, electronics metal cans
  • 24×7 cells where a desktop operator is the bottleneck

Not for

  • One-off job-shop pieces (desktop is cheaper to run)
  • Heat-sensitive plastic bottles and PCBs as the main job (fly UV)
  • Stationary oversized weldments (handheld)

vs siblings

Fly is line-synced. Desktop is a stop-and-mark station.

Desktop fiber · Inline laser marking · Fiber family

Specs

Parameter Value
Laser power 20W / 30W / 50W / 100W
Wavelength 1064 nm ± 5
Marking speed Up to 15,000 mm/s (application dependent)
Marking field 110×110 mm standard; optional lenses up to 300×300 mm
Min. line width 0.01 mm
Min. character height 0.1 mm on install if verified; otherwise 1 mm
Repeat accuracy ±0.01 mm
Triggering Photoelectric sensor / encoder
Dynamic data Serial, date, shift (software)
Laser source IPG / JPT / Raycus / MAX
Cooling Air-cooled
Software EZCAD
Voltage AC 220V, 50/60 Hz

Features

Materials

Metals typical of fiber; some coated and plastic parts after trial. For low-heat plastics on a line, compare fly UV.

Applications and industries

Accessories

Gantry, sensor/encoder kit, feeders, inline shielding, stack light.

Why this model

Traceability at line rate without a marking operator on every part.

FAQs

Must the line stop?
No — that is the point of fly, if trigger and speed are set correctly.
Pharma / FMCG plastics?
Often UV fly, not fiber. We confirm on a sample.

Tell us line speed, mark content, and the material.

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