Laser cleaning machine is well used in today's industry. Over time, it is common for rust, grease and other such substrates to form a layer on both metallic and non-metallic products. Laser rust removal and metal parts cleaning technology has evolved over time. The 1000w laser cleaning machine can clean metal rust, paint, oil, and dirt. It is widely used in everyday life.
How does a laser cleaning machine work?
A laser cleaning machine works in the same way as a laser etching machine. This means that the laser applies focused energy to a part of the material to be cleaned.
As a result, a very fine layer of the surface is removed and the clean material inside is exposed. Laser descaling machines are currently very popular in the industry. Let's take a look at the main applications of laser cleaning systems and the main industries that use this technology.
1000 Watt Laser Cleaner
Our 1000w laser cleaning machine is the most powerful handheld laser system on the market. With a cleaning width of 270mm, a cleaning speed of 12m2/h and an average laser power of 1000 watts, it is ideal for large area paint stripping, pre-painting, rust removal, nuclear decontamination, large mold cleaning, and pre-treatment of welded seams. The laser descaling machine is easy to use with a touch screen display and real time control. It also features internal cooling, touch operation, and a laser generator that lasts 10,000 hours.
The advantages of the 1000W laser cleaner are non-contact cleaning without damage to the part substrate; precision cleaning with accurate positioning and size selection; no need for any chemical cleaning solution, no consumables, safe and environmentally friendly; easy to operate, turn on the power for automatic handheld or robotic cleaning; high cleaning efficiency and time saving; and a stable laser cleaning system that requires little maintenance.
Laser cleaning is of interest for a variety of industrial applications
Removing burnt rubber residue from tire molds; giving new life to old pipes; cleaning pipes in nuclear power plants; and even larger projects, such as removing paint from rusted bridges and preparing welded surfaces, can benefit from industrial laser cleaning projects.
Currently, the most common laser cleaning applications include:
- Weld pretreatment to remove rust and other contaminants from welded areas
- Post-weld treatment to remove aluminum and stainless steel oxides
- Laser surface treatment to maximize paint adhesion
- Laser removal of oxides from specialty alloy ingots
- Removal of coatings immediately after the coating process to replace partial masking in the production line
- Paint stripping of end-of-life parts due to paint defects
What should we pay attention to when using the laser cleaning machine?
1. After receiving the machine, pay attention to whether the voltage and current frequency of the power supply connected to the machine are consistent with the machine
2. Need to let the chiller run to the set temperature before work, otherwise the laser will alarm and can not be used
3. The use of the machine needs to be connected to dry air, otherwise it is easy to cause dust into the internal burn lens
4. Before the first work, check whether the red light is in the center. If not in the center, please contact the technical staff in time to guide the adjustment.
5. Lens damage or dirty, please replace or clean in time, otherwise it will burn the internal, causing greater impact (when the cleaning effect becomes worse, check the lens position and red light in time)
6. Working distance of about 50cm.
7. Encounter problems is best to stop working in time and contact the technical staff to avoid more serious problems.
Laser cleaning machine is widely used in various industries for its high speed and cleaning efficiency. From metal to non-metal applications, if your product is covered with rust, grease, mold, oil or other contaminants, then laser cleaning may be the solution for you. Laser cleaning is most effective on targeted areas and uses the laser to absorb and remove contaminants.
