Advanced Cleaning Modes & Software Control
The machine is equipped with an intuitive control system and multiple scanning modes to support different cleaning requirements. Operators can adjust cleaning parameters based on the surface condition, material type, and working area, helping improve cleaning consistency and process control.
Typical Applications
Industrial Manufacturing: Suitable for removing oxidation, welding residue, oil, and other surface contaminants from metal parts before further processing or assembly.
Automotive Industry: Used for cleaning engine parts, metal components, and body surfaces where clean contact areas are needed before coating, bonding, or welding.
Shipbuilding: Applied in rust removal, coating removal, and surface cleaning on metal structures and equipment exposed to demanding working conditions.
Construction & Metal Fabrication: Helps clean metal structures, fabricated parts, and other surfaces that require controlled and non-contact treatment.
Aerospace: Suitable for precision cleaning of selected components where surface condition and process control are important.
Electronics Industry: Can be used for cleaning selected metal parts and removing certain surface residues in controlled applications.
Medical Device Manufacturing: Applicable to component cleaning processes where surface cleanliness is required during production.
Machine Parameter
The 100W and 200W models are designed for precision cleaning tasks that require controlled energy output, stable performance, and flexible parameter adjustment. Both versions use a 1064 nm pulse fiber laser source and an air-cooled structure for easier operation and maintenance.
| Max average power(W) | 100 | 200 |
| Output central wavelength(nm) | 1064±5 | 1064±5 |
| Beam quality(M2) | ≤1.6 | ≤1.8 |
| Power adjustment range(%) | 10-100 | 10-100 |
| Output power instability(%) | ≤5 | ≤5 |
| Pulse repetition rate(kHz) | 20-400 | 20-400 |
| Pulse length(ns) | 10/20/30/60/100/200/250/350 Optional | 10/30/60/240 Optional |
| Max pulse energy(mJ) | 1 | 1 |
| Fibre length(m) | 3 | 3/5 |
| Laser safety classification | 4 | 4 |
| Cooling method | Air-cooled | Air-cooled |
Advantages of Pulse Laser Cleaning Machine
Pulse laser cleaning machines are suitable for applications that require controlled cleaning performance with limited impact on the base material. The 100W and 200W models are commonly used for rust removal, paint removal, oxide cleaning, oil cleaning, and other precision surface treatment tasks. They are especially suitable for jobs where abrasive or chemical cleaning methods are not preferred.
Precision Cleaning
The pulse laser output allows more controlled cleaning on selected areas, making it suitable for parts and surfaces that require precision treatment.
Low Impact on Base Material
The non-contact cleaning process helps reduce mechanical wear on the substrate and is suitable for applications where surface protection matters.
Cleaner Working Process
Laser cleaning does not rely on chemical cleaning agents in normal operation, helping reduce additional consumables and secondary contamination.
Flexible for Different Applications
Suitable for a range of cleaning tasks such as rust removal, coating removal, welding seam cleaning, and surface preparation on metal parts.
Air-Cooled Structure
The air-cooled design supports easier daily use and maintenance, making the machine more practical for workshops and on-site applications.
Improved Operating Efficiency
Compared with more manual surface cleaning methods, laser cleaning can improve process efficiency in suitable applications and help reduce downtime.
Machine Configuration
Touch Screen
The touch screen interface is easy to operate and supports convenient parameter setting and real-time control during cleaning tasks.
Higher Cleaning Efficiency
The imported quartz field lens supports stable operation and efficient cleaning performance. Different field lens specifications are available to match different working formats and application requirements.
Cooling Air Inlet
The detachable dust-proof air inlet design helps improve ventilation performance while making routine cleaning and maintenance more convenient.
Laser Source
The laser source is designed for stable performance, efficient cleaning output, and low daily maintenance requirements.
Cleaning Head
The cleaning head is designed for flexible operation. Different field lens sizes can be selected based on the cleaning area, and the lightweight structure helps improve handling during practical use. Autofocus options are also available for selected automation requirements.
Product Advantages
1. Compact structure for easier movement and operation in different working environments.
2. Suitable for efficient cleaning of rust, paint, oxide layers, oil, and other surface contaminants.
3. Non-contact cleaning process helps reduce wear on the base material.
4. No chemical cleaning agents are required in normal operation, helping support a cleaner working process.
5. Replaceable field lens options provide flexibility for different focal depths and cleaning formats.
