| Customization: | Available |
|---|---|
| Laser Visibility: | Invisible |
| Applicable Material: | Metal |
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High Performance Laser Marking Machine For Electrical Appliances
(Model:PEDB-400B)
Laser Marking Machine Introduction
The laser marking machine is a new generation laser marking system developed with the world's most advanced laser (German IPG). It uses fiber laser source and the high-speed scanning galvanometer system to realize the marking function. Jewelry laser marking electromechanical light conversion efficiency is extremely high with high reliability. Cooled by air cooling. The laser ring engraving machine`s overall size is small.
When it comes to rings and jewelry, there is no doubt that they are an indisputable part of our daily lives. They are becoming more and more popular not only because they make us feel stylish and beautiful, but also because it is a promise or symbol of love for couples. Different people have different preferences for rings and jewelry. Couples like to mark lover's names or special dates on rings and jewelry. People pursuing fashion may like to mark special letters or patterns. As a result, laser marking machines are increasingly used for the marking of rings and jewelry. Laser ring engraving machine is not only practical but also meets the needs of the times and people.
Laser Marking Machine Application
1. This laser marking machine can mark metal and a variety of non-metallic, the laser ring engraving machine is suitable for some materials with finer requirements, higher precision and deep processing.
2. The laser marking machine is widely used in metal products, tool accessories, precision instruments, eyeglasses and watches, jewelry, auto parts, plastic buttons, building materials, food, medicines, electronic components, integrated circuits (IC), electrical appliances, mobile communications, PVC Pipe, medical equipment, sanitary ware and other industries.
Laser Marking Machine Technical Data
| Model No | PEDB-400A | PEDB-400B | PEDB-400C | PEDB-400D |
| Type | Portable | Desktop | Colorful | Standby |
| Computer | Not includes PC | Includes PC | ||
| Laser Source | ||||
| IPG Series | Pulsed, High Energy Ytterbium Fiber Lasers | |||
| Mode of operation | Pulsed | |||
| Polarization | random | |||
| Nominal average output power | 10W - 30W For PEDB-400A /400B /400C 10W - 50W For PEDB-400D |
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| Central emission wavelength |
1060-1070 nm ,Q-switched operation Output power adjustment range 10%-100% | |||
| Emission Bandwidth (FWHM) |
<10 nm | |||
| Long-term average power instability | <5% |
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| 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 |
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| Typical beam quality, M2 | <1.8 | |||
| Output fiber delivery length | 3m | |||
| Operating voltage | 220V | |||
| Max. Power consumption | 600W | |||
| Net Dimensions | 70*20*50cm | 80*38*72cm | 70*20*50cm | 143*62*101cm |
| Net Weight | 44 kgs | 53 kgs | 44 kgs | 130 kgs |
| Gross Weight | 60 kgs | 70 kgs | 60 kgs | 200 kgs |
| Laser system | ||||
| Scanning Speed | 0-7000mm/s | |||
| Marking Speed | 0-5000mm/s | |||
| Marking size | 110mm×110mm (F-theta 160) | |||
| Spot size | ≤ 40 micron (F-theta 160) | |||
| Cooling unit | Air cooled | |||
| Pilot laser | 650nm diode laser, visible red light for marking guide | |||
| Continuous working time | ≥16h | |||
| Humidity | 45~85% (no condensation) | |||
| Operating temperature | 0~40ºC | |||
| Control units | Laser Mark (English Version) | |||
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