100W Portable Industrial Laser Rust Cleaning Tool Non-touch Laser
Mould Cleaning Machine
Specification List
| Items | Parameters |
| Cleaning Power | 100W |
| Current Consumption | Pout = Ponm / 5A |
| Max. Power | 600W |
| Power Voltage | AC 110/220V |
| Cooling Method | Air Cooling |
| Laser Class | Level 4 |
| Pulse Energy | 1.5mJ |
| Fiber Optical Cable | 5m(Customizable) |
| Laser Wavelength | 1064nm |
| Scan Width | 1-120mm |
| Preheat Time | 10-30s |
| Working Condition | A flat place without vibration and impact |
| Working Temperature | 0-60 ℃ |
| Storage Temperature | -10~+60℃ |
| Machine size | L647 x W 440 x H859mm |
| Net Weight | 70Kgs |
Pre-sales Service
1. 12 hours quick pre-sales response and free consulting;
2. Any kind of technical support is available for users;
3. Free Sample Making is available;
4. Free Sample Testing is available;
5. Progressing solution design will be offered to all the
distributors and users.
Principles and Fundamentals of Fiber Laser Cleaning
Cleaning with lasers is an important process for many industries
around the world, and while it has similarities to other laser
processes, it has some unique attributes which set it apart. We
have covered these below.
The basics
Before examining the specifics in more detail, these are the basic
principles and fundamentals of fiber laser cleaning:
• It is a process completed using a fiber laser, as opposed to a
crystal or gas laser
• It is a newer cleaning process, replacing more traditional
methods such as media blasting, dry-ice blasting or cleaning using
chemical solvents
• It is a non-contact, non-abrasive process
• It is an efficient, safe, environmentally-friendly and
cost-effective process
• It allows users a great deal of control over power output,
wavelength and ablation depth
How does fiber laser cleaning work?
There are two elements to examine with fiber laser cleaning; how
laser cleaning works, and how a fiber laser itself works.
Laser cleaning operates by using a laser beam to pulse the surface
layer of a material, ablating and vapourising it to the desired
depth to leave a clean, pure surface beneath. The important
fundamentals to note here are that this is a non-contact process,
so the laser beam won’t have any adverse abrasive side effects on
the material like more traditional laser processes that have come
before.
A fiber laser uses an optical fiber as its laser medium for
completion. Generally, you will find that this medium is a normal
optical fiber, manufactured from silica glass, which has been
dipped in the rare-earth element of Erbium. This is because Erbium
has good energy levels while being a cost-effective solution. It
is, therefore, a cheap, yet high quality, method.
Also found in this type of laser will be Bragg Gratings, which are
reflective sections of glass. Think of it as a type of mirror
system, these are used in order to make a laser cavity. You’ll also
find a pump source which helps to excite the electrons, needed in
order to create the laser beam. This laser beam will then, in turn,
be used for the laser cleaning process.
The laser cleaning process helps to leave a high-quality finish
