portable handheld laser cleaning machine

Mopa Portable Laser Cleaning Machine

This powerful machine is highly adaptable, capable of handling different materials and shapes. Whether it’s flat surfaces, curved objects, or complex geometries, the MOPA laser cleaning machine delivers exceptional cleaning results.

In addition to its outstanding cleaning performance, it is also environmentally friendly. No chemical reagents or cleaning solutions are needed, making it a sustainable choice for industrial cleaning.

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IGCL-MOPA（100w-200w）

Handheld Laser Cleaning Machine

The MOPA (Master Oscillator Power Amplifier) laser cleaning machine represents a significant advancement in the field of surface cleaning technology. It has emerged as a highly effective and efficient alternative to traditional cleaning methods such as chemical cleaning, sandblasting, and mechanical grinding.

MOPA portable drawbar box type laser cleaning machine is a laser cleaning tool launched by IGOLENLASER. The cleaning machine has many advantages such as portable and light, flexible and adjustable parameters, wireless control, etc., which can efficiently remove rust, stains, oil and coating on the surface of the workpiece.

It can be applied to machining, cultural relic restoration, mold cleaning, food processing, electronic circuit and other industries, and the use of fine.

The characteristics of quasi-positioning, can meet the processing of a variety of modeling workpiece, to achieve efficient cleaning effect;The cleaning machine is portable integrated design, super integrated injection molding case, buffer design, anti-pressure, anti-fall wear. Pull rod chassis, can be carried on high-speed rail and air consignment.

Advantages of Handheld Fiber Laser Cleaning Machine

1). It can work offline and can be cleaned after power on;

2).Laser collimation output, output spot size can be customized (default 4mm spot);

3). The laser cleaning head is extremely lightweight, weighing only 620g (without armor cable), and can be operated by hand for a long time;

4).Patented red light assisted focusing technology, can adjust the focus position according to different field lenses;

5). Wireless control, parameter setting and light control can be realized remotely, and parameters can be updated at any time;

6). Portable trolley case design, the weight of the whole machine is 28kg, and it can be transported by high-speed rail or air;

7). Super integrated injection molding chassis, cushioning design, stable structure, wear resistance, shock resistance and drop resistance.

Mopa Portable Fiber Laser Cleaner 100w 200w

TECHNICAL PARAMETER

Model	iGCL-MOPA-100	iGCL-MOPA-200
Output mode	Pulse
Laser	JPT
Control system	Wireless control card and program
Average output power	100w	200W
Max. pulse energy	1.5mJ	2mJ
Pulse width	2-500ns	13-500ns
Type of cooling	Air cooling
Output armor length	5m
Max. power consumption	＜450w	＜1000w
Whether anti-high reflection	Yes
Operating temperature range	0-40℃
Laser head weight	0.62kg	0.75kg
Cleaning machine size	619469291mm	520431237mm
N.W	28kg	20.5kg

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Hand-held laser cleaning head

The handheld laser head of the cleaning machine has a simple appearance, small and light, and can be used for a long time. The button and handle are integrated design, which is simple and easy to use. The built-in scanning system uses a small high-speed motor and drive.

The laser head adopts an innovative red light auxiliary focusing design, which can easily find the focus position under different field lenses by using the red light indicator, which solves the problems of inaccurate focus and single adjustment method of existing products on the market.

Laser cleaning control card

The control system adopts the laser cleaning control card and program independently designed by JPT, which can control the laser parameters and the scanning system parameters at the same time, and is equipped with a handheld wireless control card. The control card is connected to the washing machine in a wireless way, which can realize remote control of the scan shape, scan length, laser output power, frequency, pulse width and other parameters. The power interface is a standard three-plug 220V AC power supply, which can be cleaned after power on.

Interface and status display

The operation is intuitive and convenient, has a clear understanding of the production situation and can respond to emergencies.

Handheld Laser Cleaning Machine for Removing Rust, Stains, Paint

> Rust removal on metal surface;;> Surface paint removal treatment;

> Surface resin, oil, stains, dirt cleaning;;> Surface coating, coating removal;

>Pretreatment of welding surface/spraying surface; > Removal of dust and attachments on the surface of stone statues;

> Rubber mold residue cleaning.

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MOPA Laser Cleaning Machine Buyer Guide

How MOPA Laser Cleaning Machines Work

Laser Generation
- MOPA laser systems consist of a master oscillator and a power amplifier. The master oscillator generates a seed laser beam with a specific wavelength and pulse characteristics. This beam is then amplified in the power amplifier section to achieve the desired power output.
- The laser beam is typically in the infrared range, which allows it to interact with a wide variety of contaminants and substrates.
Interaction with the Surface
- When the laser beam hits the surface to be cleaned, the energy is absorbed by the contaminants such as rust, paint, oil, and grease. The absorbed energy causes the contaminants to vaporize, ablate, or be removed from the surface through a combination of thermal and photomechanical effects.
- For example, in the case of rust removal, the laser energy heats the rust layer, causing it to expand and detach from the underlying substrate. The high – energy laser pulses also break the chemical bonds of the contaminants, facilitating their removal.
Precise Control
- One of the key advantages of MOPA laser cleaning machines is the precise control they offer. The pulse width, frequency, and energy of the laser beam can be adjusted according to the type of contaminant and the substrate material.
- This allows for a highly targeted cleaning process, minimizing damage to the underlying substrate. For instance, when cleaning a delicate metal surface, the laser parameters can be set to remove only the contaminants without affecting the integrity of the metal.

Benefits of MOPA Laser Cleaning Machines

Non – Destructive Cleaning
- MOPA laser cleaning is a non – abrasive and non – chemical cleaning method. It does not cause any physical damage to the substrate such as scratches or dents that can occur with mechanical cleaning methods.
- It also eliminates the need for harsh chemicals, reducing the environmental impact and the risk of chemical residues on the cleaned surface.
High Precision and Selectivity
- The ability to precisely control the laser parameters enables the cleaning of specific areas or patterns on a surface. This is particularly useful in applications where only a part of the surface needs to be cleaned, such as in the restoration of historical artifacts or in electronics manufacturing.
- The selectivity of the MOPA laser cleaning process allows for the removal of different layers of contaminants one by one, which is crucial for applications where the substrate material and the contaminants have similar optical properties.
Versatility
- MOPA laser cleaning machines can clean a wide range of materials including metals (such as steel, aluminum, and copper), ceramics, glass, plastics, and composites.
- They can handle different types of contaminants like rust, paint, coatings, oxides, and organic substances. This versatility makes them suitable for various industries such as automotive, aerospace, electronics, and cultural heritage preservation.
Environmentally Friendly
- As mentioned earlier, the absence of chemicals in the cleaning process makes MOPA laser cleaning machines an environmentally friendly option. There is no need to dispose of chemical waste, and the process does not release harmful pollutants into the air.
- Additionally, the energy efficiency of laser cleaning can contribute to overall energy savings in the long run.
High Cleaning Efficiency
- MOPA laser cleaning machines can clean surfaces quickly, especially for thin layers of contaminants. The high – energy laser pulses can remove contaminants in a matter of seconds or minutes, depending on the area and the thickness of the contaminant layer.
- The repeatability of the cleaning process also ensures consistent quality, which is essential for industrial – scale applications.

Applications of MOPA Laser Cleaning Machines

Automotive Industry
- In the automotive sector, MOPA laser cleaning machines are used to clean engine parts, such as cylinder heads and crankshafts, removing rust and old coatings.
- They are also employed to clean car body surfaces before painting, ensuring better paint adhesion and a smoother finish.
Aerospace Industry
- The aerospace industry uses MOPA laser cleaning for the maintenance and repair of aircraft components. It can clean turbine blades, removing oxides and contaminants without affecting the delicate surface of the blades.
- The precision of the laser cleaning process is crucial for maintaining the aerodynamic performance of the aircraft parts.
Electronics Manufacturing
- In electronics, MOPA laser cleaning is used to clean circuit boards, removing flux residues and other contaminants after soldering.
- It can also be used to clean the surfaces of electronic components such as connectors and semiconductor wafers, ensuring reliable electrical connections.
Cultural Heritage Restoration
- For the restoration of historical artifacts, MOPA laser cleaning machines offer a non – invasive way to remove dirt, soot, and old varnishes from paintings, sculptures, and metal objects.
- The selectivity of the laser cleaning process allows conservators to carefully reveal the original surface of the artifacts without causing damage.
Industrial Equipment Maintenance
- MOPA laser cleaning machines are used to maintain and clean industrial equipment such as conveyor belts, molds, and tooling. They can remove build – up of substances like rubber residues, plastics, and metal oxides, prolonging the life of the equipment.

Choosing the Right MOPA Laser Cleaning Machine

Laser Power and Energy
- Consider the power and energy requirements based on the types of materials and contaminants you will be dealing with. For thicker layers of contaminants or larger surface areas, a higher – power laser may be necessary.
Wavelength and Pulse Characteristics
- Different wavelengths and pulse widths are more effective for specific materials and contaminants. For example, a certain wavelength may be more suitable for removing paint from metal than for cleaning glass.
Cleaning Area and Speed Requirements
- If you need to clean large surface areas quickly, a machine with a higher cleaning speed and a larger working area is preferable. However, for precision – oriented tasks, the ability to control the cleaning area precisely may be more important.
Portability and Installation
- Decide whether you need a portable hand – held device or a fixed – installation system based on your application. Portable machines are more suitable for on – site and sporadic cleaning tasks, while fixed systems are better for high – volume and continuous operations.

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