The MarkStar™ Handheld 3D fiber Laser Marking System

The MarkStar™ is a hand-held 3D Fiber Laser Marking System designed for true portability into the field or warehouse operating off a 12V/24V DC power source. 

MarkStar™

 Fonon Corporation’s MarkStar™ is a portable-hand-held 3D marking system designed to perform under high-vibration, shock and dust conditions.


The MarkStar™ Portable Series produce a wide variety of Permanent, Legible, Non-Removable Marks on a wide variety of materials.

Applications and Types of Marks Materials 
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
Aluminum:
(Anodized/Polished/Cast)
Stainless Steel
and Mild Steel
Titanium and Nickel
Copper and Brass
Polycarbonate/
Polypropylene
Painted Metal Alloys
Coated Plastic
/Plastic
Rubber and Silicon
Nylon/Valox
Multi-Coated Materials
Galvanized Metals
Chrome and
Cast Iron

MarkStar™ Series Hand-Held Portable Main Features:

  • Maintenance-Free Direct Part Marking (DPM)
  • Continuous operation under high-shock, vibration and dust conditions
  • 12V/24V DC power source – 110V/220V AC power source
  • 10W Fiber laser (MarkStar™) – 20W Fiber laser (MarkStar™ Professional)
  • Scan Head with 100mm F-Theta Lens (2” x 2” marking area)
  • Wide range of pulse durations, high-repetition rates and peak powers
  • Class 4 laser-rated safety viewing port
  • Laser “ON”  locked footpad contacts for operator safety
  • Mini-Exhaust Ventilator
  • Operating Temperature Range:  0 to 50 degrees C
  • Flexible 3 Meter Optical Fiber Cable
  • Weight:  35 pounds

The MarkStar™ Features:  Commercial-Grade

The MarkStar™ is a commercial-grade hand-held portable marking system incorporating a 10W Q-Switched Pulse Fiber Laser.

  • FiberScan™ C3 LG Software
  • USB port to operate Windows 7 or FiberScan™ C3 LG Software (laptop required)

Fiber Laser: 10W (MarkStar™)

Fiber Lasers are a great leap forward in processing all metal and coated soft material applications. Our Fiber Lasers are easily integrated into industrial processes in comparison with conventional lasers due to:

  • State of the art, Air-cooled, Ytterbium Q-switched Fiber Laser with high-repetition rate
  • Excellent TEM00 beam quality (M2 < 1.05)
  • Exceptional High Long-Term Reliability (50,000 MTBF)
  • No water cooling required
  • Warranty – 2 years on laser components with 5 years optional program available

Q-Switched Fiber Laser

The Q-switched Fiber Laser is maintenance-free. It delivers an excellent diffraction-limited (TEM00 beam quality M2 < 1.05) laser beam directly to the worksite via a metal sheathed single-mode fiber cable. These compact service-free Fiber Lasers are designed to operate under high-shock, vibration and dust conditions in relatively high humidity across wide operating temperature ranges. State-of-the-art air-cooled Ytterbium lasers have a very high MTBF of 50,000 hours (100,000 hours typical on diodes).  There is no routine replacement of parts or materials scheduling requiring only a low voltage power source.  Fiber-to-Fiber architecture provides a robust, monolithic design with no optics to align, no mechanics to stabilize.  The laser is engineered for optimal power and density providing responsive performance for the most demanding applications.

Scanning Head

The Scan Head is designed to quickly and precisely deflect and position the laser beam.  Small spot sizes are achieved along with large image fields. Very stable operating conditions as well as high long-term stability are provided by air cooling of the entrance aperture, electronics, and galvanometer scanners and supplemented by air cooling of the deflection mirrors. The compact housing is dust proof and water spray resistant.

 
Software 
Fonon Corporation’s proprietary software is fully compatible with Windows 7 operating Systems.

Fiber Laser Facts

  • Superior reliability and beam quality
  • Greater output powers
  • High electrical efficiency
  • Lower maintenance
  • Smaller footprint and size

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