Video Overview – Laser Marking in 3 Easy Steps:
Do you need a manual or fully automated Industrial Laser Marking system? You’ve come to the right place. The LASF Series, Table Top Fiber Laser Marking System is an extremely robust and flexible system. With the LASF, Laser marking is done in three easy steps.
- Focus the laser onto the part
- Select or create your mark
- Mark your part
The major components of the system include the Laser Control Unit with a touch screen display and embedded PC. The fiber laser is essentially maintenance free with a meantime between failure of over one hundred thousand hours. The enclosure houses the laser marking head, integrated fume extractor hose and motorized or programmable z-axis to easily accommodate different part heights with over 14 inches of travel.
The LASF also provides the largest work area in its class and is interlocked for laser safe operation. Focusing onto the part couldn’t be easier with our integrated red beam focusing aid. Simply adjust the z-axis to position the dot in the box.
The software is intuitive with a powerful variety of features. You can import a wide range of image files-vector or raster. It has its own text editor and the ability to generate one-D or two-D barcodes with serialization. The system can be manually operated or integrated into your factory controls through, serial, digital I/O or PLC.
LASF Series Fiber Laser Marker
LASF System Highlights:
- Fully Self-Contained, Windows based, Laser Marking System
- Embedded Industrial PC
- Ethernet Connectivity
- Color Touch Screen LCD Display for Laser Status and Diagnostics
- Available in 10W, 20W, 30W, 50W Models
- High Speed, Quality and Precision Marking
- Compact Footprint
- Air Cooled
- Wide Range of Fully Configurable I/O Capabilities
- USB Port Enabling Easy Loading of Marking Files
- Fully Solid State Control System for Speed and Reliability
- Laser Diode MTBF 100,000 Hours
- 2 Year Warranty
- 110 or 220 VAC
Technical Specifications
Parameter | Specification |
Wavelength | 1060-1070 nm |
Emission Bandwidth (FWHM) | < 3 nm |
Optical Output Power | 10, 20, 30, 50 Watts* |
Energy per Pulse | 0.5-1 mJ* |
Power Stability | <5% |
Polarization | Random |
Pulse Duration (FWHM) | 100-120 nm |
Beam Quality (M2) | 1.6 |
Beam Divergence | 7.5 mrad |
Operating Frequency | 20-200 kHz* |
Output Power Adjustment | 10 to 100% |
Fiber Length | 3 meters |
Operating Voltage | 110/220 VAC |
Max. Current | 8 Amps |
Cooling | Air |
*Depending on model |