Technical advantages:
Laser cleaning is a process of focusing and shaping a laser beam through an optical system, scanning and irradiating a high-energy laser beam onto the surface to be cleaned, and removing or peeling off surface attachments
This application technology has a series of characteristics such as green and pollution-free, no grinding, non-contact, no thermal effect, and is suitable for cleaning various materials.
In addition, lasers can be transmitted through optical fibers and combined with robotic arms and robots to achieve automation, facilitate remote operation, and clean materials that are not easily accessible by traditional methods
The cleaned area has high efficiency and saves time.
Application scope:
Metal product surface rust removal, surface paint removal, surface oil removal, surface plating removal, coating and surface oxide removal, welding/spraying surface pretreatment, stone image surface dust and
Removal of attachments, cleaning of rubber mold residues, etc.
model | NX-200 | NX-300 | NX-500 | NX-1000 |
Power output (W) |
200 | 300 | 500 | 1000 |
Wavelength (nm) |
1064 | |||
Processing width (mm) |
50-100 | 50-100 | 50-150 | 50-150 |
Line width (mm) |
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Laser type | Fiber optic or DPL | Fiber optic or DPL | Fiber optic or DPL | optical fiber |
Working mode |
QCW | |||
Working frequency (kHz) |
10-30, typical value 20kHz | 20-50 | ||
way of working | Handheld or robotic arm | Handheld or robotic arm | Handheld or robotic arm | manipulator |
Fiber Length | 5m | 5-20m | 5-20m | 20m |
power consumption | 2KW | 3KW | 8KW | 10KW |
power supply |
AC220 single-phase (50/60Hz) |
AC220 single-phase (50/60Hz) |
AC380 three-phase (50/60Hz) |
AC380 three-phase (50/60Hz) |
air pressure | 3L/min (clean air) | |||
operation temperature | 5–40℃ | |||
weight |
100-400KG | |||
humidity | <90% | |||
computer control | Upper computer control | |||
Optional | Dust removal and purification device, air compressor |