LM-F100A - Single‑ and Multi‑Mode Fiber Laser Markers: 10‑100W (formerly known as LMF)
The LM-F100A is particularly suited for high-speed laser marking, laser engraving, laser etching, laser ablation and laser annealing resulting in high contrast marks on plastics, metals and other materials. It may also be used for laser deep engraving, laser foaming and laser bleaching. User-configurable options and unique features enable these fiber laser markers to be tailored for optimised production.
Key Features LM-F100A - Single‑ and Multi‑Mode Fiber Laser Markers: 10‑100W
- 10-70 W fiber laser markers
- High-power, high-speed laser marking system for metals, plastics and ceramics
- Excellent contrast and crispness of annealed and engraved marks
- Air-cooled, sealed industrial package designed for operation in harsh environments
- Powerful control software with industry standard Windows® based programming
- Multiple integration options to match application needs
- Complies with IEC13849-1 category 3 PLd safety circuitry with proper integration
- Optional Marker Motion™ unit comes with integrated stage controllers for up to 4 axes
Specifications LM-F100A - Single‑ and Multi‑Mode Fiber Laser Markers: 10‑100W (formerly known as LMF)
Parameter | |
---|---|
Pump source | Laser diode |
AC power | Single Phase, 90-130 VAC/180-260 VAC, 50/60 Hz, 10 A |
Environment Temperature | 15°- 35° C (59°-95° F) |
Environment Humidity | Less than 90% RH (non-condensing) |
Cooling | Air cooled |
WEIGHT & DIMENSIONS | |
Dimensions Controller | 670.9 mm x 431.8 mm x 186.1 mm (26.4 in x 17.0 in x 7.3 in) |
Weight Controller | 27.7 kg (61 lbs) |
Dimensions Microhead | 215.6 mm x 77 mm x 107.2 mm (8.49 in x 3.03 in x 4.22 in) |
Weight Microhead | 3.8 kg (8.4 lbs) |
Product applications LM-F100A - Single‑ and Multi‑Mode Fiber Laser Markers: 10‑100W (formerly known as LMF)
Corrosion resistant marking for medical tools & instruments
Implantable medical devices
Metal engraving for automotive and UDI applications
Electrical components
Plastic housings
Cutting of thin metals