- The shipping costs are rising. Contact us for a real-time quote.
- Info@kirinlaser.com
- +86-187-0108-9985
Skip to content 
Laser cleaning machines are categorized by their core laser type: pulsed or continuous. Pulsed laser machines come in two styles: suitcase and cabinet. Select your preferred laser cleaning method: Pulsed or CW Laser options available.
| Model | Power | Functions | Cooling Method | Laser Type | Voltage | Laser Brand |
|---|---|---|---|---|---|---|
| KR-PC100 | 100W | Cleaning | Air Cooling | Pulsed Laser | 220±20% VAC 50/60Hz | Max, JPT |
| KR-PC200 | 200W | Cleaning | Air Cooling | Pulsed Laser | 220±20% VAC 50/60Hz | Max, JPT |
| KR-PC300 | 300W | Cleaning | Air Cooling | Pulsed Laser | 220±20% VAC 50/60Hz | Max, JPT |
| KR-PC500 | 500W | Cleaning | Water Cooling | Pulsed Laser | 220±20% V AC 50/60Hz | Max, JPT |
| KR-PC1000 | 1000W | Cleaning | Water Cooling | Pulsed Laser | 220±20% VAC 50/60Hz | Max, JPT |
| KR-CW1500 | 1500W | Cleaning | Water Cooling | Continuous Wave | 220±20% VAC 50/60Hz | Reci, BWT, Raycus, Max |
| KR-CW2000 | 2000W | Cleaning | Water Cooling | Continuous Wave | 220±20% VAC 50/60Hz | Reci, BWT, Raycus, Max |
| KR-CW3000 | 3000W | Cleaning | Water Cooling | Continuous Wave | 380±20% VAC 50/60Hz | Reci, BWT, Raycus, Max |
Your pulsed laser cleaner is designed to offer versatility and precision with its 9 specialized cleaning modes. Each mode is tailored to address specific cleaning requirements, ensuring optimal performance across various materials and surfaces. Here’s a breakdown of each mode and its ideal application:
1>.Straight Line Mode
Perfect for consistent, linear cleaning paths, providing uniform results across flat surfaces.
2>.Rectangular Mode 1 & Rectangular Mode 2
Ideal for covering larger surface areas quickly, these modes differ in intensity and pattern to match varying degrees of contamination.
3>.Circular Mode
Best for circular objects or focused cleaning areas, delivering thorough and precise results.
4>.Sinusoidal Mode
Offers a gentle, wave-like motion suitable for delicate surfaces that require minimal impact.
5>.Spiral Mode
Ensures comprehensive coverage with a spiraling pattern, effectively removing contaminants from both large and small areas.
6>.Free Mode
Provides the flexibility to customize the cleaning path according to unique surface geometries and specific needs.
7>.Ring Mode
Targets circular areas with a concentric cleaning approach, ideal for components like gears and bearings.
8>.Rotation Mode
Delivers a rotational cleaning pattern, excellent for cylindrical objects and surfaces requiring even coverage.
Switching between these modes is straightforward. Simply click on the “Scanning Mode” option on the interface to select the desired cleaning pattern.
1. Environmental Friendliness: Laser cleaning eliminates the need for harsh chemicals, making it environmentally friendly and significantly reducing the amount of waste produced compared to traditional methods.
2. Precision and Control: The precision and control offered by laser cleaning allow for the selective removal of contaminants without damaging the underlying material, with adjustable intensity to suit various cleaning tasks.
3. Efficiency and Speed: Laser cleaning is faster than traditional methods, capable of continuous operation without frequent maintenance or downtime, thus enhancing productivity and saving time.
4. Cost-Effectiveness: By reducing labor costs through automation and precision, and lowering maintenance expenses due to fewer consumables and less equipment wear and tear, laser cleaning proves to be cost-effective over time.
5. Safety: The non-contact nature of laser cleaning minimizes the risk of damage to delicate surfaces, while also reducing health hazards by eliminating the use of chemicals and minimizing dust and debris.
6. Versatility: Suitable for a wide range of materials, including metals, plastics, and composites, laser cleaning is adaptable for different scales of cleaning, making it ideal for diverse industrial applications.
7. Enhanced Quality: Laser cleaning provides consistent, high-quality results with precise control, making it highly effective for surface preparation tasks such as paint or rust removal, ensuring better adhesion and finishing in subsequent processes.
8. Energy Efficiency: Laser cleaning systems are more energy-efficient compared to traditional methods that require high energy inputs, contributing to overall cost savings and sustainability.
1. Chemical Cleaning
Description: Involves the use of solvents, acids, and other chemicals to remove contaminants.
Drawbacks: Generates hazardous waste, poses health risks to operators, and can cause environmental pollution.
2. Abrasive Blasting
Description: Uses materials such as sand, glass beads, or steel shots propelled at high speeds to clean surfaces.
Drawbacks: Can damage underlying materials, produce significant dust and debris, and require extensive cleanup.
3. Ultrasonic Cleaning
Description: Utilizes high-frequency sound waves in a liquid medium to remove contaminants from surfaces.
Drawbacks: Limited to smaller parts, requires immersion in a liquid bath, and may not be effective on heavily soiled surfaces.
4. Mechanical Cleaning
Description: Involves physical methods such as scraping, brushing, or grinding to remove contaminants.
Drawbacks: Labor-intensive, can damage delicate surfaces, and may not achieve a consistent level of cleanliness.
5. Steam Cleaning
Description: Uses high-pressure steam to clean and sanitize surfaces.
Drawbacks: High energy consumption, potential for surface damage due to high temperatures, and limited effectiveness on certain contaminants.
6. Dry Ice Blasting
Description: Employs dry ice pellets propelled at high speeds to clean surfaces.
Drawbacks: Requires specialized equipment, produces noise, and the dry ice can be costly and difficult to handle.
7. Water Jetting
Description: Utilizes high-pressure water jets to clean surfaces.
Drawbacks: Consumes large amounts of water, can cause water damage to surfaces and structures, and requires proper disposal of wastewater.
1. Nature of Contaminants
Pulse Laser Cleaning Machine: Ideal for removing thicker, more stubborn contaminants without damaging the underlying material. Suitable for precise, repeatable and heavy-duty cleaning tasks.
CW (Continuous Wave) Laser Cleaning Machine: Better for removing delicate or thin layers of contaminants due to its continuous high-energy output. Suitable for one-time cleaning tasks.
2. Material Sensitivity
Pulse Laser Cleaning Machine: Preferred for cleaning sensitive materials that could be damaged by continuous high heat. Its pulsed energy allows for controlled heating and cooling cycles.
CW Laser Cleaning Machine: Suitable for materials that can withstand continuous heat without being damaged. Not ideal for very sensitive or delicate surfaces.
3. Cleaning Speed and Efficiency
Pulse Laser Cleaning Machine: Provides high precision but may be slower in cleaning large areas due to its pulsed nature. Best for detailed and intricate cleaning tasks.
CW Laser Cleaning Machine: Generally faster for cleaning large areas because of its continuous operation. Best for high-speed, high-volume cleaning applications.
4. Energy Consumption
Pulse Laser Cleaning Machine: Typically consumes less energy per pulse but may require more time to achieve the same level of cleaning as a CW laser.
CW Laser Cleaning Machine: Consumes more energy due to continuous operation but can achieve desired cleaning levels more quickly, potentially balancing out overall energy use.
5. Surface Finish
Pulse Laser Cleaning Machine: Offers a more controlled and fine-tuned cleaning process, resulting in a smoother and more precise finish.
CW Laser Cleaning Machine: May leave a rougher finish due to the continuous energy application, but this can be suitable for industrial applications where surface finish is less critical.
6. Application Specificity
Pulse Laser Cleaning Machine: Best for applications requiring high precision, such as mold cleaning, conservation of historical artifacts, or cleaning sensitive electronic components.
CW Laser Cleaning Machine: Ideal for industrial applications where high power and speed are required, such as rust removal from large metal surfaces, paint stripping, or heavy-duty industrial cleaning.
7. Cost Considerations
Pulse Laser Cleaning Machine: May have a higher initial cost due to its precision and control capabilities, but can offer cost savings in terms of reduced damage to sensitive materials and lower energy consumption over time.
CW Laser Cleaning Machine: Typically lower initial cost compared to pulse lasers, but potential higher operational costs due to energy consumption. However, it offers faster cleaning for large-scale applications, which can be more cost-effective in the long run.
8. Technical Expertise
Pulse Laser Cleaning Machine: Requires operators to have more technical expertise to maximize its precision and control features.
CW Laser Cleaning Machine: Easier to operate for general cleaning tasks, with less need for highly specialized training.
1. Enduring Durability for Uninterrupted Operations
Crafted with top-grade materials and innovative technology, our Fiber Laser Welding Machine is a testament to durability. It’s designed to last, proven by data:
2. Consistent Performance, Day In and Day Out
Reliability means consistent performance under continuous demand. Our machine offers:
3. Warranty and Guarantee – Your Assurance of Quality
We back our Fiber Laser Welding Machine with a solid warranty and guarantee:
| Feature | Our Machine | Industry Standard |
|---|---|---|
| Warranty Period | 2 Years | 1 Years |
| Response Time | 24-Hour Support | 48-72 Hours |
| Component Guarantee | Up to 10,000 Hours | 5,000 Hours |
4. Long-Term Performance for Future-Proof Operations
Invest in a machine that secures your future:
Partner with Us for Advanced Laser Solutions That Set You Apart in the Competitive Market.
Sign up for my newsletter. Do not worry, we will never spam you.
Send us a message if you have any questions or request a quote. We will be back to you ASAP!
Optimized by Seraphinite Accelerator