Looking for an eco-friendly cleaning solution to strip paint or remove rust from metal for your repair shop or refurbishment business? Need a professional cleaner for cultural relic restoration? Or perhaps you require a commercial cleaning machine for industrial applications? Save time and effort by exploring our selection. A laser cleaner can fulfill these needs, offering user-friendly operation suitable for both beginners and professionals. Introducing BOGONG’s top picks for 2024, featuring popular types and models of laser cleaning machines, including automatic, portable, handheld, backpack, and trolley options. These laser cleaning systems are adept at removing rust, paint, coatings, oxide, plating, oil, stains, dirt, residues, and other contaminants from metals, ceramics, stone, wood, and rubber. BOGONG’s laser cleaning systems come with various power options, including pulsed fiber laser powers of 100W, 200W, 300W, 500W, 1000W as well as CW fiber laser powers of 1500W, 2000W, and 3000W, ensuring there’s a perfect match for your surface treatment needs and budget. Whatever the task, we have the right option for you.

What's the different between Pulse Laser Cleaning Machine and CW Laser Cleaner

This video highlights the awesome laser cleaning capabilities of Pulse Industries’ machines, showing both pulsed and continuous laser cleaning in action.

With pulsed laser cleaners, they use quick bursts of high-energy light to instantly heat up and then cool down the surface of whatever they’re cleaning. This rapid change creates a sort of thermal shock that knocks off dirt and thin layers from the surface.

On the other hand, continuous laser cleaners work by shining a steady beam of light on the target area. This constant light slowly burns away or vaporizes the grime through consistent heating.

It’s pretty cool how different methods tackle the same task!

Laser Cleaning Machines | Bogong Laser

Laser cleaning is a safe and green method that uses a laser beam to clean surfaces.
It works well on many materials, like metals, Stone, plastics, ceramics, and composites.
This method is very precise. It can clean delicate and detailed surfaces without harming them.
BOGONG Provide 2 type of laser cleaning machine: pulse laser cleaning machine and Continuous（CW） laser cleaning machine
Laser cleaning is quicker, more efficient, and cheaper than traditional cleaning methods.

Introduction

Laser cleaning technology is a new and effective way to treat surfaces. A laser cleaner uses a strong laser beam to get rid of dirt like rust, paint, and oxide from different surfaces. This method is very useful in industrial applications because it works quickly and is good for the environment.

Undertanding Laser Cleaning Technology

Laser cleaning is a method that uses a strong laser beam to get rid of unwanted materials from a surface. You can find this method used in many industries like manufacturing, automotive, and art restoration. It works based on selective laser ablation. Here, the laser interacts differently with the contaminant compared to the underlying material.
In laser cleaning, the strong laser beam is aimed at the dirty surface. The contaminant takes in the energy from the laser, making it vaporize or ablate. This way, the unwanted layer is taken off without damaging the material beneath it.

The Science Behind Laser Cleaning

The laser beam affects the dirt on the surface in a method called laser ablation. When the laser beam touches the dirty surface, the contaminants take in the laser energy. This causes them to heat up quickly and turn into gas or evaporate. This method effectively gets rid of the unwanted materials and makes the surface clean.
During this cleaning process, the laser beam’s energy is controlled carefully. It targets only the dirt on the surface, so the main material underneath stays safe. This careful removal happens by choosing the right laser settings, like wavelength, pulse time, and energy level, to match the dirt and surface material.
By adjusting these settings, the cleaning process can be shaped to meet the needed level of cleanliness without harming the material below..

Different type of Laser Cleaning Machines

Fiber lasers are often used for industrial laser cleaning. They are efficient, small, and versatile. These lasers provide a high-quality beam, which is great for cleaning tasks like paint removal, rust removal, and oxide removal.
You can find industrial laser cleaning machines in different types. These include handheld units, robotic systems, and ones that are custom-made. They can fit into your current production lines or work by themselves.
When choosing a laser cleaning machine, consider what you need. Think about the type and size of the piece you are working on, the dirt you want to remove, and how quickly you need it done.

What laser cleaning do?

Laser cleaners are versatile tools used to remove organic pollutants and inorganic substances, including paint stripping, rust removal, coating removal, glue removal, cultural relics restoration, and oil dirt removal. Pulse laser cleaning machine also used for many mold laser cleaning, selective paint removal for weld inspection, historic masonry conservation, removing oxides, oil, grease, and production residues.

*Coating Removal: Quickly remove coating layers on metal or glass surfaces and removes paint efficiently.
*Rust and Oxide Removal: Rapidly removes rust and various oxides.
*Surface Contamination Removal: Eliminates grease, resin, glue, dust, stains, and production residues.
*Surface Preparation: It can remove narrow spaces.
*Pre-Processing Cleaning: Paint removal, rust removal, and oil removal before welding or bonding; oxide and residue treatment post-welding.
*Mold Cleaning: Cleans various molds such as tire molds, electronic molds, and food molds.
*Precision Part Cleaning: Removes oil stains from processed precision parts.
*Nuclear Power Maintenance: Quickly cleans components during nuclear power maintenance.
*Aerospace and Naval Applications: Treats oxides, paint, and rust during aerospace weapon and ship production or maintenance.
*Cultural Heritage Cleaning: Cleans cultural relics, rocks, and building exterior surfaces.

Price & Cost

The price varies based on different configurations. For example, higher-power laser generators cost more, with pulsed lasers generally priced higher than continuous wave (CW) lasers.

In 2024, the average cost of a handheld pulsed laser cleaner on the global market is $8,000. A 100W portable laser cleaner with a handheld pulsed laser gun costs $6,000+, while a 200W pulsed laser beam cleaning machine costs $7000. 300W Pulse laser machine $9000+, Other expenses to consider include shipping, taxes, custom clearance, and additional charges beyond the base price. contact with our sales to ask newest price.

Prices for CW laser cleaners start from $4000 to $18000 according to different laser source, laser head, system. CW laser cleaning machine have 1500w 2000w 3000w.

Prices can vary even among similar configurations from different manufacturers due to factors like brand reputation, after-sales service, and other considerations.

Importance of Laser Cleaners

Laser cleaning offering high efficiency and precision in removing contaminants, coatings, and unwanted materials. By using high-energy laser beams to disintegrate surface contaminants, this technology has revolutionized the field of surface cleaning.

Advanced surface cleaning methods like laser cleaning provide several key advantages over traditional techniques, including unparalleled precision, non-contact operation, environmental sustainability, and versatility across various materials and surfaces. For industries seeking a high standard of cleanliness and efficiency, laser cleaners are indispensable, offering superior performance and safety compared to most other techniques.

Applications & Benefits

Laser cleaners boast a broad spectrum of applications across nearly all industries. These advanced tools can significantly enhance cleaning quality while staying within budget constraints. Unlike traditional cleaning methods, laser cleaners offer numerous benefits. Let’s explore both their industrial applications and the advantages they bring.

Industrial Applications
Automotive Industry
Aerospace Industry
Manufacturing Sector
Electronics Manufacturing
Medical Device Manufacturing
Historical Preservation and Restoration
Renewable Energy

Benefits to Industrial Production and Environment
Environmental Sustainability: Laser cleaning is eco-friendly, reducing the need for chemical cleaners and minimizing waste.
Non-Contact Operation: This feature ensures that delicate surfaces are not damaged during the cleaning process.
Precision Cleaning: Laser technology allows for targeted cleaning, ensuring only the contaminants are removed without affecting the underlying material.
Cost-Effectiveness: While the initial investment may be higher, the long-term savings from reduced maintenance and improved efficiency make laser cleaners cost-effective.
Quality and Consistency: Laser cleaning provides consistent results, ensuring high standards of cleanliness are met every time.
Safety: The non-contact nature of laser cleaning reduces the risk of injury compared to manual or abrasive cleaning methods.

Powerful 1000W Pulse Laser Cleaning Machine

The 1000W pulse laser cleaning machine packs high power, precise control, and a portable design into one sleek package. It uses pulsed laser technology to quickly and efficiently clean various surfaces, making it perfect for industrial use.

The BOGONG Pulse Laser Cleaning machine boasts a whopping 1000 watts of laser power. This high output makes it super effective at removing contaminants like oil, rust, and paint from metal surfaces while keeping the cleaning process efficient.

The laser cleaning head is small and handheld, which makes it really easy to carry around.

Plus, it comes with user-friendly laser cleaning software and a top-notch control system. This setup ensures that you can accurately and effectively remove pollutants without damaging the base material, maintaining high precision and material integrity.

Popular 300W Pulse Laser Cleaning Machine

What makes the BOGONG 300W particularly special is that it’s one of our most popular and hot-selling machines. With its 300W power output, it strikes the perfect balance between efficiency and precision, ensuring effective cleaning every time. The user-friendly software makes it a breeze to operate, whether you’re a seasoned professional or just starting out. Trust me, this machine is a must-have for anyone serious about industrial cleaning.

Advantage BOGONG Laser Cleaning Machine Manufacturer

FAQ Laser Cleaning Machine

What materials can be cleaned with laser cleaning machines?

Laser cleaning machines can clean many types of materials, including metal surfaces. They are good at getting rid of surface contaminants like rust, paint, oxides, and other dirt. Best of all, they do this without harming the underlying substrate. This makes them a useful choice for many different jobs.

Do laser cleaning machines really work?

Laser cleaning machines work very well for surface treatment. The laser process carefully takes away contaminants. This method is often better than traditional methods because it is more efficient and kinder to the material underneath.

Is laser cleaning a profitable business?

Starting a laser cleaning business can be a great idea. There is a growing need for cleaning methods that are both effective and good for the environment. Many industries are now looking for industrial laser cleaning. This trend means that there is a good chance for entrepreneurs to earn a strong return on their investment.

How Does Laser Cleaning Work?

The energy from the laser beam is taken in by contaminants while cleaning. This makes them either vaporize or break down. This method is often used for surface treatment. It works well to get rid of rust, paint, oxidation, and other impurities. The best part is that it does not damage the material underneath.

Will laser cleaning damage the metal surface?

The laser cleaning process is usually safe for metal surfaces if done right. The laser carefully targets just the contaminants. This way, the underlying substrate stays safe. It is very important to choose the right laser settings to prevent any damage.