100W Fiber Handheld Laser Paint and Rust Remov Metal Stainless
Steel Fiber Laser Cleaning Machine
- The laser cleanging machine has high efficiency and high quality
galvanometer system which ensures the cleaning efficiency and makes
the operator's work easier.
- The metal laser rust removal is kind of non-contact laser cleaning
mode, it optimizes the cleaning effects on targets and ensure the
safety of operators better.
- Laser rust cleaning machine is quiped with high efficiency and high
quality galvanometer system which ensures the cleaning efficiency
and makes the operator's work easier.
- Our scanners are made of special materials, and all of them have
been treated at a high temperature of more than 1000 ℃. They can
withstand and conduct laser beam better for cleaning
Technical Parameter of The Fiber Laser Cleaning Machine
|Scan length||1-100mm (customizable)|
|Scan width||1-20mm (customizable)|
|Input Power||Single Phase 110V/220V/50-60Hz|
|Cooling Method||Air Cooling|
Applications and industries:
The main problems of traditional cleaning methods include: negative
impact on the environment and wear on the substrate. The
sandblasting system generates a lot of waste and damages the fine
surface of the substrate; while cleaning with chemical solvents, it
will generate potentially dangerous steam and liquid waste.
The shortcomings of traditional cleaning methods have prompted the
application of laser technology in the field of surface cleaning.
Because of the many advantages of laser cleaning, it has now become
the most effective way to remove unwanted substances on the surface
Currently, pulsed laser cleaning and decoating systems are widely
used in various fields, from removing vulcanized residues on tire
molds and engraved surfaces by ablation, to peeling insulation from
wires, and removing coatings from delicate surfaces.
Laser cleaning application
Surface polishing and rust removal in steel manufacturing:
Laser cleaning is also an effective and efficient method to remove
rust and oxide layers from the surface of metal materials. Rust and
oxide layers are contaminants formed on metal surfaces due to
natural or artificial processes. When metals are exposed to
moisture, they react with water to form ferrous oxide, which rusts.
This rust will reduce the quality of the metal, making it
unsuitable for use in many applications.
On the other hand, due to the heat treatment process, an oxide
layer will be formed on the metal surface, and the oxide layer will
discolor the metal surface, thereby hindering subsequent finishing
To remove these unwanted surface deposits, descaling is required to
provide a smooth surface for pre-finishing and finishing (such as
Traditional rust and scale removal methods include physical
methods, such as sandblasting, polishing, scraping devices,
additional blowing and wire brushing, etc.; there are also chemical
methods, such as the use of alkaline or acid chemicals to remove
the oxide layer. However, these methods not only cause
environmental pollution, but also damage the base metal.
In order to avoid these shortcomings, laser cleaning has become the
preferred method for descaling and descaling operations. The rust
layer/oxide layer is removed by irradiating a laser beam with high
peak power and high repetition frequency on the rust layer.
The laser must be emitted in short pulses to avoid damage to the
base metal. Rust quickly absorbs the energy of the laser beam,
causing the temperature to rise. Once the temperature is high
enough, the rust will melt and eventually evaporate.
Pulsed fiber lasers are the first choice because they provide
greater control over power, wavelength, and pulse duration,
allowing the rust/oxide layer to evaporate without causing any
damage to the substrate material.
The laser cleaning process can also be used for surface cleaning.
Before applying anti-corrosion protective coatings to steel parts,
the surface of the parts must be cleaned so that there are no
contaminants on the surface.
Surface cleaning/preparation needs to remove all contaminants on
the surface of steel parts in order to prepare for the coating of
the protective layer. These pollutants include oil, grease, oxide
layer, hydrate, shop primer, etc.
Because fiber laser cleaning adopts non-friction, non-contact
methods, and does not involve solvents, chemicals or abrasive
media, it is very suitable for surface cleaning preparation and
rust/descaler. The cleaning process can be carried out on a small
scale or on a large scale, and the cleaning process can be
automated. Laser cleaning is an environmentally friendly,
cost-effective and effective method of rust removal, which can
prepare the parts for protective coatings.
-Professional pre-sale consultation;
-Personalized customized services;
-24 hours*7 days online service response