The FLM Compact features a small footprint and is equipped with a scanning head and a programmable z-axis. Operating as a standalone unit or as part of an in-line fiber laser marking system, the FLM Compact incorporates a Q-Switched Fiber Laser with Scan Head, Industrial PC Controller, Power Supply, Fiberscan C3 Marking Software and a laser safety enclosure. The FLM Compact is powered by 110VAC outlet, and with its plug-and-play capabilities, it is now easier than ever to setup and begin producing high quality marks on production parts.

[tab name=’Features & Benefits’]

Standard Features and Benefits of the FLM Compact

  • Programmable Z-axis vertical capability to accommodate a variety of material sizes and lenses.
  • Oversized opening for easy access
  • Exhaust outlet
  • Interior cabinet light
  • Consumable-free direct part marking on virtually any material
  • Heavy duty laser safety enclosure with viewing window for visualization of lasing process and visual alignment.
  • Standard 160 F-Theta lens others available to increase marking field.
  • Maintenance free operation -50,000 -100,000 MTBF (Mean Time Before Failure)
  • Small spot size for extremely high quality marks
  • Low voltage power source (110/220 VAC)
  • State-of-the-art air-cooled fiber laser
  • Remote Diagnostics
  • Flexible fiber cable beam delivery system
  • Individual rack-mount components
  • Excellent beam quality (M2 < 1.05)
  • 5 year warranty on Laser module
  • Oversized opening for easy access
  • Diode pointer for positioning of marking image on the part
  • Exhaust outlet
  • Interior cabinet light
  • Industrial PC with side mounted flat panel monitor, keyboard and mouse
  • User friendly Fiberscan C3 laser software
[/tab] [tab name=’Applications’]

Applications suitable to the FLM Compact

  • Parts marking on the conveyor lines
  • Serialization
  • Parts identification Lot
  • Date & OCR codes
  • Alphanumeric
  • UID
  • Part numbers
  • Schematics
  • Complex graphics
  • Pictures
  • Logos etching (material vaporization)
  • Direct parts marking
  • 2D data matrix codes
  • Lot codes
  • Layer by layer dark paint removal for radio buttons and backlit panels
  • OCR code marking (human and machine readable)
  • 2D Symbols
  • Linear barcodes
  • Surface annealing
  • Surface texturing
  • Surface marking
  • Surface etching
  • Engraving
[/tab] [tab name=’Specifications’]
System Specifications FLM Compact
Laser Type Fiber ≤30W
Ambient temperature 32..95°F
Humidity 10..95%
Air requirements No
Outside dimensions, mm (in), HxWxL 1150x566x726(45.28×22.28×28.58)
Power consumption w/o laser* ≤450W
Electrical requirements 100-240 VAC


Max material size mm (in) 534×528
Available Marking Fields 100mm, 160mm, 254mm,330mm, 420mm
Available Options
Footswitch x
Barcode Reader x
Automated Z x
Rotary Indexer x
Opto-22 I/O x
Light Barriers
Fume Extractor x
CCD Camera x
Side Doors
Available Lens Sizes Field size mm(in) Working focal length mm(in)
[email protected]’064nm 59×59 (2.32×2.32) 97 (3.82)
160 [email protected]’064nm 110×110 (4.33×4.33) 176 (6.93)
254 [email protected]’064nm 175×175 (6.89×6.89) 296 (11.65)
330 [email protected]’064nm 230×230 (9.06×9.06) 387 (15.24)
420 [email protected]’064nm 290×290 (11.42×11.42) 493 (19.41)
Laser Specifications Wave- length Mode of Operation Spot size (for 160 lens) Energy per pulse Cooling by He-Ne pointer Power consumption
Fiber pulsed 10W 1`064nm Pulsed 60um/0.0024” 0.5 mJ Air Yes
Fiber pulsed 20W 1`064nm Pulsed 60um/0.0024” 1 mJ Air Yes
Fiber pulsed 30W 1`064nm Pulsed 60um/0.0024” 1 mJ Air Yes
Fiber pulsed 50W 1`064nm Pulsed 60um/0.0024” 1 mJ Air Yes
[/tab] [end_tabset]

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