Home / Products / Laser Cleaning Machine

Laser Cleaning Machine

What is Laser Cleaning Machine

Laser cleaning machine is a manufacturing process that uses laser technology to remove contaminants or unwanted materials from the solid surface of an object. It is a non-contact method that involves directing a laser beam from the laser head onto the surface, which causes the contaminants to evaporate or sublimate, leaving behind a clean surface.The focused laser beam used in this process is highly focused and intense, allowing it to efficiently remove dirt, rust, paint, grease, or other unwanted substances without damaging the underlying material. The laser energy interacts with the contaminants, causing them to absorb the laser light and heat up rapidly, leading to their removal.

Advantages of Laser Cleaning Machine

Surfaces are more sanitary
Laser cleaning machine machineuse high-powered jets of water and detergent to remove dirt, grime, and bacteria from surfaces. This deep cleaning is more effective than manual cleaning, which can leave behind bacteria and other contaminants.

Better efficiency
You can clean large areas in a short amount of time with machines. This is especially beneficial if you have a large space to clean or if you need to clean several times a day.

Reduces the spread of disease
Laser cleaning machine machineremove contaminants that can cause disease. This is especially important in businesses that are open to the public, such as restaurants, retail stores, and hospitals.

More environmentally friendly
If you want to be eco-conscious, laser cleaning machine machineuse less water and detergent than manual cleaning. This is because the machines are designed to use only the amount of water and detergent needed to get the job done.

Cost-effective
In the long run, using laser cleaning machine machineis more cost-effective than manual cleaning. You’ll save money on water, detergent, and labor costs. Your business overhead will have a smaller carbon footprint, as well.

Less physical activity required
Using a machine to clean requires less physical activity than manual cleaning, which is important if you have employees with physical limitations or if you want to reduce the risk of injury in your workplace.

100W Handheld Fiber Laser Cleaner for Rust Removal
The whole machine is simple to operate. Just connect the power, then it can start to clean without chemical reagent, medium or water.
With auto focus, spherical surface cleaning and high...
read more
Portable Rust Ablation System
LCC- series Handheld continuous laser cleaning machine power 1000W-3000W High power, high efficiency; Equipped with 4 universal wheels, easy to move, multi-angle cleaning; Handheld laser cleaning...
read more
300W Industrial Handheld Laser Ablation Machine
Product Description 200W/300W/500W Laser machine 200W/300W/500W handheld nanosecond pulsed fiber laser cleaning system. The equipment adopts the integrated design of water cooling and laser, and...
read more
Aerospace Surface Cleaner
LCC- series Handheld continuous laser cleaning machine power 1000W-3000W High power, high efficiency; Equipped with 4 universal wheels, easy to move, multi-angle cleaning; Handheld laser cleaning...
read more
Backpack Style Laser Cleaning Machine
The laser cleaning equipment produced by the company is a high-tech product for the next generation of surface treatment, which is easy to install, operate, and achieve automation. Easy to...
read more
2000w Continuous Laser Cleaning Machine
Laser cleaning is an emerging green, environmentally friendly, high-quality and efficient cleaning method in industrial cleaning. Our LCC-2000W laser cleaning equipment adopts the continuous fiber...
read more
200w Non Destructive Pulse Laser Cleaning Machine
The LCP-N-100w/200W laser non-destructive cleaning machine adopts the new generation control system and trajectory algorithm independently developed by Chirui Laser, combined with high-end...
read more
500W Pulse Laser Cleaning Machine
Laser cleaning is an emerging cleaning method in industrial cleaning. Our company's LCP-500w (standard product) laser cleaning equipment adopts high peak power pulse lasers, imported high-speed...
read more
Automated Coating Removal Line
Introduction of Introduction of Automatic Continuous Laser Flushing Machine
Automation series; Automatic continuous laser cleaning machine is mainly used for steel surface
corrosion,...
read more
Military-Grade Ablation Unit
Introduction of Automatic Continuous Laser Flushing Machine
Automation series; Automatic continuous laser cleaning machine is mainly used for steel surface
corrosion, paint, oxide,...
read more
3D-Scanning Laser Cleaner
Introduction of Introduction of Automatic Continuous Laser Flushing Machine
Automation series; Automatic continuous laser cleaning machine is mainly used for steel surface
corrosion,...
read more
Robotic Paint Stripping Kit
Introduction of Introduction of Automatic Continuous Laser Flushing Machine
Automation series; Automatic continuous laser cleaning machine is mainly used for steel surface
corrosion,...
read more

First 12 Last

Why Choose Us

Our factory
Suzhouchiruielectromechanical technology co., ltd is committed to environmental protection and welding automation. It is an industrial filtration system supplier and a professional service company for efficient automated welding equipment and laser cleaning equipment.

Our product
Industrial filtration system,
Laser cleaning equipment,
Efficient automated welding equipment.

Product application
The company's products are widely used in auto parts, casting, metallurgy, metal processing, machinery manufacturing, aerospace, electric power, petrochemical and many other industries.

Our certifications
It has obtained quality management system certification, environmental management system certification and occupational health management system certification.

What are the Different Types of Laser Cleaning Machines

Many different types of laser cleaning systems are available to suit various requirements. Let us discuss these types of laser cleaning machines one by one:

Handheld laser cleaner

A handheld laser cleaner is a small device that can be held and operated manually. The laser delivery device is connected to a control unit. The control unit is a little bulky but still portable and manageable.

Conveyor laser cleaner

A conveyor laser cleaning machine has a laser device mounted on conveyors. The workpiece automatically feeds to the laser and the entire surface can undergo scanning and cleaning inside the laser compartment. These machines fit well into the assembly production line where products move on conveyors. A common example is the automotive industry.

Robotic laser cleaner

Robotic laser cleaner has beam delivery systems mounted on the arms of robots. Another option is to use computer numerical control (cnc) to control the movement of the laser around the part.

Enclosed laser system

Enclosed laser system features an enclosure where the part is confined for laser cleaning. The operator cannot access the part during the cleaning operation. This increases the safety of the workforce in the process.

Industrial Applications of Laser Cleaners

Laser cleaning technology is widely in use in a number of different industries. Initially, it was majorly used in the metallic and metallic manufacturing industry. However, in recent times, with the advent of modern laser systems, the technology also finds its application in non-metallic material cleaning.

Surface cleaning
This type of cleaning is for the removal of rust from the top surface of the material. Usually, surface cleaning is the widest application of laser cleaning machines. Cleaning activities like paint removal, degreasing, and restoration of the material are all types of surface cleaning.

The rust removal using laser rust removing cleaners is widely found in the heavy metals manufacturing industry. De rusting or deoxidation is required very often in most of the heavy metal and manufacturing industries. Therefore, the rust cleaning laser is the ideal choice for such industries.

Another major application of surface cleaning with laser cleaning machines is laser spot repair. In this method of cleaning only spots of impurities/rust need to be removed from the surface of the material.

Cleaning of moulds
Cleaning mold is a very difficult task otherwise. However, with laser cleaning machines, you can easily reach every nook and corner of the molds and clean them of any impurities.

This type of cleaning process is widely used in the food and consumption industry. Because most of the food items need to be packaged in extra clean environments. Therefore, the ideal choice of cleaning the containers with speed and accuracy is by using the laser cleaning process.

Hence, a cleaning method is required which cleans the dirt without affecting the mold itself. Laser cleaning technologies offer the best solution for cleaning rubber molds, where no material is damaged and the chemical composition of the mold is maintained even after the cleaning.

Cleaning welds
Welding leaves behind surface deposits that need to be removed for the final furnishing of the product. Therefore, laser cleaning machines play an important part in the removal of weld spots for cleaning the unit.

Laser cleaning is suitable for almost all types of metallic alloys and the treatment of their welds. Therefore, it works wonderfully well with aluminum alloys, stainless steel, and other hard metal and their alloys. Thus, you can easily clean the weld spots from the surface of the materials.

How to Choose Laser Cleaning Machine

01/

Power of laser
The laser cleaners usually come in 3 power categories. Although the exact specifications vary from machine to machine, however, the power categorization will give you a general idea about the machine that will best suit your requirements. With the increase in power, it increases the speed of rust removal and the amount of rust.

02/

Low power cleaner
The low-power laser cleaners range from 20w to 100w power laser. This type of power is ideal for light rust removal and the speed is not of the great matter here. Furthermore, it is also ideal if you have a relatively small set-up where the batch handling is not very large.
Another benefit of using the low-power laser cleaner is the cost reduction of the machine. Thus, if you want to keep your spending low then this is the ideal machine for you.

03/

Medium power option
The medium power laser cleaners usually range from 200w to 300w. These machines are ideal for the removal of medium levels of rust/grease from the materials. However, one important thing to note is that due to the higher power of the laser, it produces more heat.

04/

High power laser cleaner
The high-power laser cleaners are for handling absolute heavy-duty metals. These machines come in the category of 350w, 500w, 1000w, or even up to 2000 w in some cases.

How Does Laser Cleaning Machine Work

Laser cleaning machine is a process that utilizes high-energy laser beams to remove unwanted material from surfaces. Here’s a breakdown of how it works.

High-energy lasers: The laser beam is directed toward the target surface, focusing its energy on the area to be cleaned. The process begins with the use of high-energy laser beams. These lasers emit concentrated light energy, which is crucial for effective cleaning.

Vaporization or ablation: Every material possesses a specific ablation threshold depending on its molecular bonds, and the threshold differs from other materials. As the laser hits the surface, its energy heats up and vaporizes or ablates the contaminants present. As the laser beam interacts with the surface, it vaporizes or ablates the unwanted material. This means that the intense heat generated by the laser causes the contaminants to either evaporate or disintegrate.

Conversion of light energy into thermal energy: The conversion of light energy into thermal energy plays a significant role in laser cleaning machine. This conversion results in rapid heating and expansion of the contaminants on the surface.

Rapid removal through shockwaves: This ablation process creates shockwaves. The sudden expansion and heating of the contaminants create shockwaves that rapidly remove them from the surface. These shockwaves act as a forceful push, effectively detaching and expelling the unwanted material.

After laser processing,to prevent recontamination, a vacuum system or compressed air is used to collect and dispose of the debris generated during the cleaning process.

By following the laser processes, the laser cleaning machine system achieves thorough and precise removal of various types of contaminants, such as rust, paint, grease, or debris.

Before initiating the laser cleaning machine process, proper preparation is crucial. Surfaces must be thoroughly inspected and prepared to ensure optimal results. This may involve removing loose particles or applying protective coatings to sensitive areas.

The Production Process of Laser Cleaning Machine

Pre-requisites
Before starting the laser cleaning machine process, it is important to know the laser ablation threshold of the unwanted material. The ablation threshold is the minimum energy limit of the laser over which the unwanted material will vaporize. The ablation threshold differs for individual materials like oxides, rust, paint, oils, etc. Therefore, knowing this value for the particular material you wish to remove is important.
Keeping the laser beam too far beyond the ablation threshold can harm the main workpiece. Therefore, the value of laser energy should be slightly above the ablation threshold. Additionally, the difference between the ablation thresholds of unwanted material and the underlying surface should be sufficiently large.

Laser setup
Every laser cleaning machine machine comes with its own setup guidelines. Read your machine's manual to know how to get it ready. It is important to have eye protection beyond this point.

Beam delivery
The laser beam is pointed toward the workpiece material. The beam is sent in short bursts instead of long exposure. The delivery method and movement of the laser depend on the type of laser cleaning machine system being used. Certain laser systems can scan the workpiece for areas that require cleaning. The operator can adjust the scanning speed.

Plume extraction
When a high amount of contaminant particles are removed, an up-flow of vapor takes place. The plume can block the path of the laser and settle on the workpiece again. Therefore, the plume extraction process takes place. A dust-blowing mechanism ensures the plume does not settle again or block the laser cleaning machine process.

Inspection
A workpiece inspection ensues to determine if the task has been completed successfully. If any traces of contaminant is found, the workpiece goes for a repeat cycle of laser cleaning machine.

Post treatment
Once cleaning is complete, the workpiece goes for secondary treatment processes. Secondary treatment is optional and depends on the requirement of the job. For instance, the workpiece should be coated with anti-corrosion layers after rust removal through laser cleaning machine. This prevents future contamination with rust.

What Parts Can a Laser Cleaning Machine

Rust

Laser rust removal is one of the most common laser cleaning machineing machine applications. Lasers can remove corrosion contamination on all types of metal surfaces.

Paint

Laser cleaning machineing machine is a great way to remove paint when repainting surfaces. Chemical cleaning of paint is often degrading for the underlying metal.

Grease and oil

Grease and oil contaminant removal is a common requirement for all types of surfaces. Laser surface cleaning can clean these materials in a no-contact process.

Dirt

Dirt accumulation takes place on all surfaces. Laser cleaning machineing machine removes dirt particles without requiring manual dusting or wiping.

Adhesive bonding

Adhesive bonding residue is difficult to remove without chemical products. Laser cleaning machineing machine is the best process to remove adhesive bonding without chemical products.

Historical artifacts

Historical artifacts are sensitive to damage. Laser cleaning machineing machine provides the extreme care to clean these pieces without damaging them.

Pcbs

Electronic parts like pcbs are sensitive to fluids due to electrical faults they can create. Laser is a great way to clean electronic components without causing electrical failure.

FAQ

Q: Does laser cleaning really work?

A: Laser cleaning is technology that is more effective, safer and superior to traditional methods of cleaning; however, laser cleaning is not infallible. While lasers are ideal to use on most surfaces, there are limitations.

Q: Are laser cleaning machines safe?

A: While laser technology is considered one of the safer methods for cleaning metal and non-metal materials, there are ways to abuse safety regulations and cause harm to yourself or other individuals. Cleaning lasers should never be used: Without protective eyewear. Directly on the skin or body.

Q: What is the advantage of laser cleaning?

A: Laser cleaning provides greater levels of control than are available for any competing process. The highly focusable and steerable laser beam can be directed precisely as desired, while sensitive and repeatable power settings deliver only the amount of energy that is called for.

Q: How safe are laser cleaners?

Q: What is the difference between ultrasonic cleaning and laser cleaning?

A: Ultrasonic cleaning method is close cleaning, cleaning the surface of the object has a mechanical force, easy to damage the surface of the object. Laser cleaning is a kind of non-contact processing, which can be conveniently operated from a long distance.

Q: How long does a laser cleaning machine last?

A: Using a fiber, laser cleaning machine has life-working span life of up to 100,000 hours which makes them perfect for cleaning during long periods without having to add any replacement and with practically no maintenance.

Q: DHow do I choose a laser cleaning machine?

A: There are two main options to consider when choosing a cleaning laser: delivery system and power level. What's right for your project means understanding the needs of the project and the requirements of your operations. Your cleaning options are typically determined during our sales process.

Q: How do I choose a laser cleaning machine?

A: When choosing a handheld laser cleaner, it is critical to examine the specific cleaning requirements as well as the size of the surfaces to be cleaned. Finding the ideal balance between spot size and scanning area guarantees efficient and effective cleaning while increasing production.

Q: How often should you clean your laser?

A: About once a week, or if you notice dust building up, you will need to clean the optics (mirrors and lenses) of your laser. If smoke, resin, or other contaminants are allowed to accumulate they will reduce the available laser power and may cause damage to the optics.

Q: Are at home laser machines worth it?

A: The devices will only work if you use them as often and as consistently as directed, and even then, they won't leave you permanently hairless. They are designed to minimize the amount and size of hair follicles, which in turn reduces the amount of hair that grows and the rate at which it fills in.

Q: How long does a laser machine last?

A: Apart from that, most of the laser in the market have a life around 30,000 hours, which is a lay man's language is 15 years of proper usage. Further, one can expect a good 100,000 hours life of fiber lasers, which roughly translates to 45 years of machine use.

Q: Can lasers clean rust?

A: Laser cleaning is an eco-friendly process used to remove rust, paint, oxide and other contaminants from metal surfaces. Because of its efficiency, it is being used in an increasing number of applications. Laser cleaning requires a pulsed fiber laser (typically 50 watts or more).

Q: What is the advantage of laser cleaning?

Q: Is laser cleaning efficient?

A: In conclusion, laser cleaning provides a myriad of advantages over traditional cleaning methods. This highly efficient and environmentally-friendly cleaning process offers unique benefits like cost and energy efficiency, versatility and adaptability, safety and compliance, speed and productivity, and so much more.

Q: Does laser cleaning damage metal?

A: Laser cleaning will not damage the metal surface. Because of the high-energy beam, particles are vaporized and removed from the surface. The mechanical effect on a solid material is not very large. Laser cleaning does not change the chemical composition or structure of metals, which has been proved by many tests.

Q: How safe are laser cleaners?

Q: What is the advantage of laser cleaning?

Q: Is laser cleaning efficient?

As one of the most professional laser cleaning machine manufacturers and suppliers in China, we're featured by quality products and good price. Be free to buy cheap laser cleaning machine for sale here from our factory. Contact us for customized service.

laser cleaning machine, portable laser cleaning machine, 1000 industrial dust collection systems for woodworking