
Weld Seam Laser Cleaning Machine
Laser cleaning weld seam is an efficient and reliable cleaning technology, which can quickly and thoroughly clean the dirt and oxides in the welding process, improve the quality and stability of the weld seam, and ensure the performance and life of the weldment. Laser cleaning welds has many...
Products Description
SDQY Laser's Weld Seam Laser Cleaning Machine utilizes Gaussian pulsed laser technology to easily remove contaminants such as oxide layers, oil, and rust from weld surfaces, restoring the weld's natural metal color and creating ideal surface conditions for subsequent spraying, welding, and other processes.
The machine's core advantage lies in its Gaussian beam mode-the beam energy exhibits a natural Gaussian distribution, enabling precise energy control when cleaning welds on carbon steel, stainless steel, and other materials. This ensures perfect protection of the base material while cleaning the weld.
Two flexible designs to suit different industrial scenarios:
Luggage Type
100w 200w 300w
Backpack Type
50w 100w
Product Parameters
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Luggage Type |
Backpack Type |
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|
Model |
QYCL-FP200 |
QYCL-FP300 |
QYCL-FP50B |
QYCL-FP100B |
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Average laser power (w) |
200 |
300 |
50 |
100 |
|
|
Type of laser source |
Pulse laser |
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Single pulse energy (mJ) |
1.8 |
0.5 |
0.6 |
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Central wavelength (nm) |
1060~1070 |
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Rated power (kw) |
0.8 |
1.1 |
1.1 |
1.6 |
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|
Power adjustment range (%) |
10~100 |
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Focal distance (mm) |
160/210/330/420 (optional) |
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Cooling method |
Air Cooling |
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Fiber length (m) |
5 |
3 |
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Weight of machine (kg) |
19 |
14 |
16 |
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Dimension of machine (mm) |
500*438*302 |
432*190*415 |
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Working temperature (℃) |
0~40 |
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Voltage (V) |
220 |
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Core Advantages
1. Damage-Free Precision Cleaning: The naturally gradient energy distribution of the Gaussian beam avoids the heat-affected zone and chromatic aberration issues that can occur at weld edges with traditional flat-top beams, making it particularly suitable for demanding materials such as stainless steel.
2. Industrial-Grade Flexible Integration: The cleaning head's standardized interface design allows for rapid integration into robotic arms or automated production lines, with a reserved industrial bus interface supporting remote control.
3. Zero-Consumable, Eco-Friendly Operation: Compared to traditional sandblasting and chemical cleaning, this system eliminates the need for abrasives and solvents, reducing operating costs by 70% and ensuring a dust-free working environment.
4. Superior Adaptability: The air-cooling system is maintenance-free, eliminating the need for water chiller maintenance and enabling stable operation in environments ranging from 10°C to 40°C.
Product Application
1. Welding and Manufacturing Industry
- Stainless Steel Weld Seam Cleaning: Removes oxidized discoloration without damaging the base material, restoring the metal's original color.
- Carbon Steel Weld Seam Pretreatment: A one-stop solution for pre-weld rust removal and post-weld slag removal.
- Aluminum Alloy Weld Cleaning: Precisely removes oxide films without altering the substrate's surface structure.
2. Aerospace Maintenance
- Engine Component Repair: Paint removal and remanufacturing pretreatment for precision components such as turbine disks and blades.
- Airframe Structure Maintenance: Riveted seam cleaning and composite bonding surface treatment.
3. Rail Transit
- Car Body Weld Seam Beauty: Detailed treatment of exterior welds on high-speed trains and subways.
- Bogie Maintenance: Efficiently removes thick anti-corrosion coatings without damaging the substrate.
4. Energy Equipment
- Nuclear Power Pipeline Cleaning: Removal of radioactive contaminants from nuclear-grade equipment welds.
- Wind Turbine Tower Maintenance: Pre-treatment for on-site weld repairs on large structures.
5. Mold Repair and Maintenance
- Injection Mold Cleaning: Removal of colloid residue without damaging delicate surfaces.
- Die-Casting Mold Maintenance: Complete removal of release agent residue.

FAQ
Q1. What is the fundamental difference between Gaussian and top-hat beams in weld cleaning?
Gaussian beams have a natural energy distribution with high energy at the center and low energy at the edges. This creates a gradual heat-affected zone during cleaning, avoiding sharp demarcation lines at the weld edges. This makes them particularly suitable for cleaning decorative stainless steel welds where surface consistency is critical. Top-hat beams, on the other hand, tend to produce a hard-edged cleaning profile, leading to chromatic aberration.
Q2. Does the equipment require specialized laser protection?
The equipment has a safety lock that stops laser output when the set tilt angle is exceeded and the dust cover is closed. Operators are required to wear laser safety glasses.
Q3. What is the maintenance cycle and cost of the equipment?
Laser source life: >100,000 operating hours, requiring only periodic replacement of the protective lens.
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