1KW-3KW MOPA Fiber Laser Cleaning Machine: Advanced Industrial Surface Treatment Solutions
When industrial cleaning efficiency meets environmental responsibility, MOPA fiber laser cleaning machines emerge as the definitive solution for modern manufacturing. Unlike traditional cleaning methods that rely on chemicals or abrasives, these advanced laser systems deliver precision surface preparation while eliminating operational waste and substrate damage.
Table of Contents
1. Technical Parameters
1000W-3000W MOPA Fiber Laser Cleaning Machine: Complete Power Range & Specifications
|
Model
|
CHL-1000M-W
|
CHL-2000M-W
|
CHL-3000M-W
|
|---|---|---|---|
|
Operation Mode |
Pulse & Continuous |
Pulse & Continuous |
Pulse & Continuous |
|
Laser Power |
1000W |
2000W |
3000W |
|
Wavelength |
1064nm |
1064nm |
1064nm |
|
Pulse Energy |
1.5mJ/15mJ/50mJ/100mJ |
1.5mJ/15mJ/50mJ/100mJ |
100mJ |
|
Beam Quality |
M² ＜8-12 |
M² ＜8-12 |
M² ＜8-12 |
|
Pulse Range |
50~500ns |
50~500ns |
50~500ns |
|
Frequency Range |
16~3000kHz |
25~3000kHz |
40~3000kHz |
|
Fiber Cable |
10m |
10m |
10m |
|
Cooling |
Water Cooling |
Water Cooling |
Water Cooling |
|
Scaning Length |
＜200mm / ＜650mm |
＜200mm / ＜650mm |
＜200mm / ＜650mm |
|
Storage Temperature |
-10 ~60℃ |
-10 ~60℃ |
-10 ~60℃ |
|
Work Temperature |
0 ~40℃ |
0 ~40℃ |
0 ~40℃ |
|
Machine Size |
920*550*1160mm |
920*550*1160mm |
920*550*1160mm |
|
Machine Weight |
220KG |
220KG |
220KG |
|
Input Power |
220V/400V 50Hz |
220V/400V 50Hz |
220V/400V 50Hz |
|
Power Consumption |
3300W |
3700W |
4400W |
2. What Is a MOPA Fiber Laser Cleaning Machine?
The MOPA fiber laser cleaning machine generates ultra-short, high-energy pulses that efficiently ablate surface contaminants while preserving the integrity of the underlying material.
Unlike conventional continuous wave or standard pulsed lasers, MOPA technology offers unparalleled control over pulse parameters, enabling precise material removal without substrate damage.
Fiber Laser vs. Pulse Laser vs. MOPA Laser Explained
Continuous Wave (CW) Fiber Lasers:
Traditional continuous wave fiber laser cleaning machine deliver constant power output with limited parameter control. While suitable for basic cleaning tasks, they often generate excessive heat that can damage sensitive substrates and lack the precision required for selective contamination removal. CW lasers typically struggle with reflective materials and offer minimal control over cleaning depth and quality.
Standard Pulse Lasers:
Conventional pulsed fiber laser cleaning machine improve upon CW technology by delivering energy in discrete pulses, reducing thermal damage and improving cleaning precision. However, they operate with fixed pulse parameters (typically 100-200ns pulse width) that limit their adaptability to different contamination types and substrate materials. Standard pulse lasers offer better control than CW systems but lack the flexibility required for optimal performance across diverse applications.
MOPA (Master Oscillator Power Amplifier) Lasers:
MOPA fiber laser cleaning machine represents the most advanced fiber laser cleaning solution, featuring independently adjustable pulse width (20-500ns) and frequency parameters (up to 2MHz). This flexibility enables operators to optimize cleaning performance for specific materials and contamination types with unprecedented precision.
Check All Laser Cleaning Machines
3. Why Choose 1KW-3KW MOPA Fiber Laser Cleaning Machine?
1. Cleaning Efficiency & Speed
Cleaning efficiency varies significantly based on contamination type, thickness, and substrate material. Light rust removal typically achieves 15-25 m²/h, while heavy paint stripping ranges from 3-8 m²/h. The adjustable parameters allow operators to prioritize either cleaning speed or surface quality based on specific application requirements.
2. Cooling System & Laser Source Lifespan
Advanced air-cooling and optional water-cooling systems maintain optimal operating temperatures, ensuring consistent performance and extending laser source lifespan to 100,000+ hours. Integrated temperature monitoring and automatic power adjustment protect critical components while maximizing system uptime.
3. Eco-Friendly, No Chemicals or Consumables
Unlike chemical cleaning or abrasive methods, laser cleaning generates no hazardous waste and requires no consumable materials beyond electrical power. This environmental advantage, combined with eliminated chemical disposal costs, delivers significant long-term operational savings while supporting corporate sustainability initiatives.
4. Precision Cleaning Without Material Damage
Our MOPA fiber laser cleaning machines feature pulse width adjustment from 20-500ns and frequency control up to 2MHz, enabling operators to fine-tune cleaning parameters for optimal results. This capability is particularly valuable for cleaning delicate electronic components, restored automotive parts, and historical artifacts where traditional cleaning methods pose unacceptable damage risks.
5. Ergonomic Design & Portability
Thoughtfully designed user interfaces, adjustable working heights, and modular configurations accommodate diverse operational environments. Portable fiber laser cleaning machine feature integrated wheels and handles for easy positioning, while industrial versions offer flexible mounting options and automated material handling integration.
4. Applications Across Industries
Automotive – Rust & Paint Removal from Parts
Automotive restoration and manufacturing benefit significantly from precise rust removal and paint stripping capabilities. The fiber laser cleaning machine effectively cleans engine components, body panels, and chassis elements without damaging underlying metals or requiring extensive masking procedures.
Aerospace – Oxide & Coating Removal on Sensitive Surfaces
Aerospace applications demand extreme precision when removing protective coatings or oxide layers from critical components. MOPA fiber laser cleaning machine ensures complete contamination removal while preserving tight dimensional tolerances essential for flight safety and performance.
Electronics & Precision Mold Cleaning
Electronic manufacturing requires contamination-free surfaces for reliable bonding and coating adhesion. Fiber laser cleaning machine removes flux residues, oxidation, and organic contaminants from circuit boards, connectors, and precision molds without thermal damage or residue.
Cultural Relics & Heritage Restoration
Museum and heritage restoration projects benefit from the gentle yet effective cleaning action that removes accumulated grime and corrosion while preserving original surface textures and patina. This application showcases the fiber laser cleaning machine‘s remarkable precision and control capabilities.
Industrial Equipment Surface Preparation
Manufacturing equipment maintenance requires thorough surface preparation for protective coating application. Laser cleaning creates optimal surface roughness and cleanliness levels, significantly improving coating adhesion and extending equipment service life.
Wooden furniture Paint Removal
MOPA fiber laser cleaning machine revolutionizes wooden furniture and flooring restoration by selectively removing multiple paint layers, varnishes, and stains without damaging the underlying wood grain. The adjustable pulse parameters allow for precise control over cleaning depth, enabling restoration professionals to strip decades of paint buildup.
5. How to Select the Right Power？
Power selection depends on contamination type, cleaning speed requirements, and operational environment considerations.
1KW – Portable Use Cases
Ideal for maintenance operations, small-scale restoration projects, and applications requiring frequent equipment relocation. Best suited for light rust, thin paint layers, and precision cleaning tasks where portability outweighs maximum cleaning speed.
2KW – Balanced Performance for Mid-scale Production
Optimal for automotive restoration shops, general manufacturing maintenance, and medium-volume production environments. Provides excellent balance between cleaning speed, power consumption, and equipment cost for most industrial applications.
3KW – Heavy-Duty Industrial Demand
Designed for high-volume production environments, heavy industrial maintenance, and applications requiring maximum cleaning speed. Best suited for thick paint removal, heavy rust, and large-scale surface preparation projects.
Cleaning Speed & Surface Quality Comparison
Higher power levels deliver increased cleaning speeds but require careful parameter optimization to maintain surface quality. The 1KW model achieves finest surface finish quality, while the 3KW model maximizes productivity for less critical surface finish applications.
6. MOPA vs. Traditional Cleaning Methods
Comprehensive comparison analysis demonstrates fiber laser cleaning machine‘s superior performance across multiple evaluation criteria.
Chemical cleaning requires hazardous material handling, generates toxic waste, and often damages substrate materials through over-etching or chemical attack. Laser cleaning eliminates these risks while delivering superior cleaning precision and consistency.
Mechanical cleaning methods remove significant substrate material, alter surface geometry, and generate substantial waste streams. Fiber laser cleaning machine provides selective contamination removal without substrate loss, maintaining original component dimensions and surface finish.
While initial investment costs are higher, fiber laser cleaning machine delivers superior long-term economics through eliminated consumable costs, reduced labor requirements, and enhanced cleaning quality. Environmental benefits include zero chemical waste, minimal energy consumption, and reduced facility ventilation requirements.
7. Safety Standards & Compliance
Laser Safety Glasses
Protective Clothing
Protective Gloves
OD 8+ Laser Helmet
Laser Curtains
Smoke Purifier
Powered Airflow
Laser Sign
8. What You Can Get if Buy From Chihalo?
Standard Components
- Laser Cleaning Machine 1 Unit
- Power Cable 1 Piece
- Protective Lens 5 Pieces
- F-theta Lens 2 Pieces
- OD8+ Laser Goggles 2 Pairs
- Air Box Package
- Cleaning Suit 1 Set
Service & Warranty
- 2 Years of Warranty for all: Laser source, Electronics, Optical Components and Mechanical Componnets.
- System startup and shutdown procedures
- Parameter selection for common applications
- Basic maintenance and troubleshooting
- Safety procedures and emergency protocols
- Email and phone support during business hours
Why Choose Our Pulse Laser Cleaning Systems?
Advanced Technology Leadership
Our commitment to innovation drives continuous technology advancement. MOPA fiber laser cleaning machine, advanced scanning systems, and intelligent control software ensure superior performance and reliability.
Comprehensive Product Range
Complete product lineup addresses applications from delicate restoration work to heavy industrial cleaning. Power options from 50W to 2000W, portable to stationary configurations.
Proven Track Record & References
Customer references span aerospace, automotive, marine, manufacturing, and restoration industries. Long-term partnerships with leading companies validate system reliability and support quality.
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9. FAQ
Yes, our specifications are based on standardized test conditions. Real-world efficiency depends on contamination type, thickness, substrate material, and operator technique. We provide comprehensive training and parameter optimization support to ensure customers achieve optimal results.
Stubborn contaminants typically require higher energy density through increased power, reduced scanning speed, or multiple passes. We offer extensive video libraries, parameter databases, and free sample processing to demonstrate optimal settings for specific applications.
Complex geometries require specialized beam delivery systems and scanning techniques. We've successfully cleaned turbine blades, sculptural elements, and intricate mechanical components. Site visits and case study documentation are available for qualified prospects.
Selection depends on cleaning speed requirements, contamination severity, and operational environment. 1KW suits precision/portable applications, 2KW handles most industrial needs efficiently, and 3KW maximizes productivity for heavy-duty operations.
Avoid using on highly reflective surfaces (polished metals), heat-sensitive polymers, or materials with low damage thresholds. We provide material compatibility testing and alternative solution recommendations for unsuitable applications.
Most operators achieve basic proficiency within 2-3 days of training. We offer comprehensive on-site training, remote support, detailed manuals, and ongoing technical consultation to ensure optimal system utilization.
Our systems include built-in diagnostics, maintenance alerts, and troubleshooting guides. Common issues often resolve through parameter adjustment or routine maintenance procedures. Technical support provides rapid response for complex problems.
Laser sources typically last 100,000+ hours, with minimal maintenance requirements. Major components have 10+ year service life. Operating costs include electricity and periodic consumable replacement, typically 30-50% lower than traditional cleaning methods.
Basic requirements include adequate electrical supply, moderate ventilation for fume extraction, and appropriate laser safety measures. We provide complete facility requirement specifications and assist with installation planning.
Our systems utilize premium international components with local assembly, offering optimal price-performance balance. Comprehensive domestic service network ensures rapid response times and readily available spare parts.
Yes, we offer comprehensive technical support including remote diagnostics, parameter optimization, on-site service visits, and application-specific consulting to ensure customer satisfaction.
We offer free sample processing, facility demonstrations, and trial periods for qualified customers. Transparent pricing includes all standard features with clear identification of optional accessories and services.
Yes, our systems feature industrial communication protocols and robotic integration capabilities. We've successfully implemented automated cleaning cells in automotive, aerospace, and manufacturing environments.
We provide comprehensive warranty coverage, 24/7 technical support hotline, and guaranteed spare parts availability. Service response times vary by location and service level, with premium support options available.
10. Pricing and ROI
1KW MOPA Fiber Laser Cleaning Machine: Starting from $25,000-35,000
2KW MOPA Fiber Laser Cleaning Machine: Starting from $45,000-55,000
3KW MOPA Fiber Laser Cleaning Machine: Starting from $65,000-75,000
Typical ROI period ranges from 12-24 months through eliminated chemical costs, reduced labor requirements, and improved cleaning quality. Many customers report 40-60% cost savings compared to traditional cleaning methods over the equipment lifespan.
High-volume operations often achieve ROI within 6-12 months through productivity improvements and waste reduction. The 15+ year equipment lifespan ensures long-term value and continued cost benefits.
11. After-Sales Service, Warranty & Global Support
Comprehensive Warranty: 2-year full system warranty with laser source coverage up to 100,000 hours or 5 years Technical Support: 24/7 hotline, remote diagnostics, and on-site service available Training Programs: Complete operator training, maintenance certification, and ongoing education Spare Parts: Guaranteed availability with expedited shipping for critical components Global Network: Authorized service centers and technical representatives in major markets worldwide
Our commitment extends beyond equipment delivery to ensure optimal performance throughout the system lifecycle.
Clean Smart, Work Ease
Ready to experience the superior performance of MOPA fiber laser cleaning technology?
Free Services Include:
- Comprehensive application analysis
- Sample processing and results evaluation
- On-site demonstration scheduling
- Custom ROI analysis and financing options
- Technical specification consultation