- Humanized design: The principle of ergonomic mechanics is taken into full consideration of the user experience to improve work efficiency and simplify operations of the laser marking machine.
- High-quality imported laser source: IPG/RAYCUS/MAX/JPT laser, stable laser beam, smooth and fine marking lines.
- High-speed marking: shorten the time for processing the workpiece, and increase the order per unit time.
- High-efficiency electro-optical conversion: zero-power coupling loss, no consumables, and no maintenance.
- 10 years of operation life: this fiber laser etching machine for metal can meet the requirements of 24-hour continuous and stable processing.
- High performance, high reliability EMCC control system: friendly interface, stable and reliable system.
- Low power consumption: low cost, only 0.5 kW/h.
Fiber Laser Marking Machine
Fiber Laser Marking Machine
Introduction
The fiber laser marking machine for metal adopts international most advanced technology and the fiber laser source’s service life can reach 100,000 hours, 8-10 years without any consumables and maintenance.
This fiber laser marking machine for metal is the best choice for the customers who have special requirements to the smallest & finest laser beam and character jobs. The software has already been installed and the parameter is settled before delivery. Once received, the fiber laser marking machine for metal could work directly without data adjustment.
Product description
Product Fearures
Applications
This fiber laser etching machine is widely used in mobile button, plastic transparent button, electronic parts, IC, tools, communication products, bathing products, tool accessories, glasses and watches, jewelry, button decoration for boxes and bags, cookers, stainless steel products and so on.
Technical Data
| Model No | LM-20 | LM-30 | LM-50 | LM-100 |
| Mode of operation | Pulsed | |||
| Polarization | Random | |||
| Central emission wavelength | 1064 nm ,Q-switched operation Output power adjustment range 10%-100% | |||
| Emission Bandwidth
(FWHM) |
<10 nm | |||
| Long-term average power instability | <5% | |||
| Pulse width, (FWHM) | 100 ns | |||
| Laser switching ON time | 180 μsec | |||
| Laser switching OFF time | 180 μsec | |||
| Pulse Repetition Rate* kHz | 20-80 kHz | |||
| Energy per pulse (PRR = 20 kHz) | 0.95 mJ | |||
| Typical beam quality, M2 | <1.8 | |||
| Output fiber delivery length | 3m | |||
| Operating voltage | 220V | |||
| Laser system | ||||
| Scanning Speed | 0-7000mm/s | |||
| Marking Speed | 0-5000mm/s | |||
| Spot size | ≤ 40 micron (F-theta 160) | |||
| Cooling unit | Air cooled | |||
| Red point laser | 650nm , visible red light for marking guide | |||
| Continuous working time | ≥18h | |||
| Humidity | 45～85% (no condensation) | |||
| Operating temperature | 0~40℃ | |||