200W Metal Surface Rust Cleaning By Laser Power Portable Laser
Machine Cleaning System
The laser can be used for film treatment to remove the film and
contaminants. The oxide layer absorbs laser light very well, so it
can be effectively removed by gasification. The oxide layer quickly
vaporizes under the tiny plasma burst generated by the pulsed laser
beam and detaches from the surface of the substrate. The purpose of
cleaning the residual oxide layer.
In addition to removing oxides and plating on the surface of the
substrate, laser cleaning can also effectively remove the coating
on the surface of the substrate, such as the coating on the surface
of CD discs.
Technical parameters
| Items | Parameters |
| Cleaning Power | 50W | 100W | 200W | 500W |
| Current Consumption | Pout = Ponm / 5A | Pout = Ponm / 5A | Pout = Ponm / 5A | Pout = Ponm / 25A |
| Max. Power | 400W | 600W | 900W | 6.5KW |
| Power Voltage | AC 110/220V | AC 110/220V | AC 110/220V | AC 110/220V |
| Cooling Method | Air Cooling | Air Cooling | Air Cooling | Water Cooling |
| Laser Class | Level 4 | Level 4 | Level 4 | Level 4 |
| Pulse Energy | 1.5mJ | 1.5mJ | 8mJ | 30mJ |
| Fiber Optical Cable | 5m(Customizable) | 5m(Customizable) | 5m(Customizable) | 7m(Customizable) |
| Laser Wavelength | 1064nm | 1064nm | 1064nm | 1064nm |
| Scan Width | 1-120mm | 1-120mm | 1-120mm | 1-160mm |
| Preheat Time | 10-30s | 10-30s | 10-30s | 10-30s |
| Working Condition | A flat place without vibration and impact | A flat place without vibration and impact | A flat place without vibration and impact | A flat place without vibration and impact |
| Working Temperature | 0-60 ℃ | 0-60 ℃ | 0-60 ℃ | 0-60 ℃ |
| Storage Temperature | -10~+60℃ | -10~+60℃ | -10~+60℃ | -10~+60℃ |
| Machine size | L462 x W 260 x H562 (855mm with pull rod) | L647 x W 440 x H859mm | L647 x W 440 x H859mm | L1100 x W 840 x H1150mm |
| Net Weight | 32Kgs | 70Kgs | 70Kgs | 250Kgs |
Product Description
What are the applications of this process?
There are many reasons that one may wish to use this process.
Generally, these can be divided into three categories; micro
applications, macro applications, and large-scale applications.
These include, but are not limited to:T he removal or de-coating of
paint
Preparation treatment for applications involving adhesive bonding
or coating. Some materials must be cleaned before they can undergo
certain processes, such as welding or brazing, as contaminants will
prevent successful completion of these tasks
Ablating metals or plastic surfaces for labelling and marking
applications
Clean mould from materials, or for de-oiling
The removal of rust
Cleaning metal surfaces
The invention of laser cleaning has revolutionised this industry
and allowed for a much greater completion of micro applications.
Industries have developed rapidly in recent years, and parts,
processes, and pieces have become much smaller. The high level of
control and accuracy that laser cleaning offers is the most
efficient and cost-effective solution for many sectors wishing to
work at more micro levels.
What industries is it used in?
Given the range of applications that the process is used for, it is
utilised by many industries, such as:
The solar industry for de-coating solar panels
The aerospace industry for removing paint and traffic film from
flights
The automotive, manufacturing and ship-building industries for
preparation treatment
The food industry, where laser cleaning is used on something like
baking trays
Machine advantages
| 1) Non-contact cleaning does not damage the part substrate. |
| 2) Precise cleaning can achieve a precise location, the exact size
of the selective cleaning. |
| 3) Without any chemical cleaning fluid, no supplies, safety, and
environmental protection. |
| 4) Simple operation, power can be hand-held or with the robot to
achieve automated cleaning. |
| 5) Cleaning efficiency is very high, save time. |
| 6) The laser cleaning system is stable, with almost no maintenance. |
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