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Application #526
Process: Laser Etching
Material: Aluminum


» Laser Engraving & Laser Marking » Handheld Laser Marking Systems

 

Handheld Fiber Laser Marking System

Portable Laser Marking with the New Handheld System

                           

Handheld System Flyer
Handheld System Brouchure

The new Hand-Held Fiber Laser Marking System is the industry’s first 12/24 volt hand held fiber laser system.

The standard configuration of the handheld marking system allows for many different options to meet any production need. This extremely versatile unit can be moved easily for convenient operation from any location and is capable of marking materials ranging in size from minuscule to considerably large equipment that would not fit into traditional marking systems. Additional features include ease of installation allowing for quick start-up and graphical-based programming for a minimal learning curve. Requirements beyond those listed above will be quoted upon request.

Due to the increasingly worldwide nature and importance of the optics/electro-optics industry, detector/sensors industry, components industry, and materials industry, the United States government and the Department of Homeland Security initiated a variety of programs where lasers became an essential part of present and future defense applications. In the private sector, a variety of government contractors elected to use lasers and advanced optics to comply with strict government regulations. Laser Photonics envisioned the opportunity and successfully introduced and delivered applications compatible with military standards, while continuing to perfect the use of our laser technology for future commercial and defense applications.

Main Features & Applications:

The new Hand-Held Fiber Laser Marking System produces Permanent, Legible, Non-Removable Marks on a Variety of Materials.

  • Standard Features and Benefits of the Handheld Fiber Laser marking System

  • Fiber delivery – fiber beam delivery with integrated optical isolator
  • Extremely lightweight and equipped with a handle for increased portability
  • Operates with 110 Volts standard plug
  • Q-Switched Fiber Laser with pulse energy up to 1mJ enough for engraving on hard materials
  • Digital Scanning Head with 7 or 10 mm aperture
  • Fiber Laser integrated with scan head power supply
  • Maintenance-free operation – 50,000 to 100,000 hours MTBF
  • F-Theta objective lenses with 100 or 160 mm focal length available
  • Laser draws only 250 watts of electricity (less than a computer)
  • 1060 – 1070 nm wavelength
  • Excellent beam quality (M2 < 1.02)
  • Up to 50% wall-plug efficiency
  • Flash memory for lasing files
  • 2 meter optical fiber cable
  • FiberScan C3 software
  • 5 year warranty on laser
  • No alignment required
  • Viewing safety window
  • Mini exhaust ventilator

                                                          

System Specifications FLM Handheld
Laser Type Q-switched Fiber Laser
Ambient temperature 32..95°F
Humidity 10..95%
Air requirements No
Outside dimensions, mm (in), HxWxL 284 x 240 x187 (11.18×9.45×7.37)
Power requirements 110V/220V/<250Watt
Available Lens Sizes Field size mm(in) Working focal length mm(in)
100mm@1’064nm 59×59 (2.32×2.32) 97 (3.82)
160 mm@1’064nm 110×110 (4.33×4.33) 176 (6.93)
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

Applications

  • 2D UDI/UID Barcodes
  • Sequential Serial Numbers
  • Lot Codes and Date Codes
  • Medical/Automotive Coding
  • IC Chip Package Marking 
  • Part Numbering
  • Surface Annealing/Etching
  • OCR Code Marking  
  • Alphanumeric Marking 
  • Logos and Schematics
  • Ablation: (Anodized/Painted/Coated)
  • Complex graphics/pictures
  • Paint removal  
Diagrams
Downloads
3D

For additional information on how Laser Photonics can assist you, please call 407 477-5618 or email .

Application Listing


Application #140
Process: Medical Device Marking
Material: Ceramics

Application #330
Process: Laser Marking
Material: Steel

Application #496
Process: Plastics Marking
Material: Plastic

Application #524
Process: TherMark Marking
Material: Aluminum

Application #537
Process: Laser Marking
Material: ID Tags

Application #599
Process: Laser Marking
Material: Steel

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