Fiber Laser Cleaning Wonder Tool
Products Description
DS-LC series handheld laser cleaning machine is a new generation fiber laser cleaning wonder tool. It assembled with high-quality top brand source,such as Raycus,JPT,MAX. The whole machine adopts integrated design, beautiful appearance and stable performance, easy to install and simple to operate,High safety. The characteristics include fast cleaning speed, high efficiency, good cleaning effect, less cleaning consumables, long life and environmental protection. It can be widely used for cleaning rusted stained,coated metal surface in aerospace,rail,marine ship,mining machine,mould,cultural relics, door and window guardrails, staircase elevators, etc.
Product Features
High-tech
High-tech laser cleaning without any contact, no damage to workpiece.
Auto-focusing
Auto-focusing, hook cleaning, precision and no dead ends cleaning ability.
No consumables
No consumables and cost effective.
No medium
No cleaning medium, water and chemical is needed.
Automatic operation
Automatic and easy operation, with electricity, handheld or automation cleaning.
High efficiency
High cleaning efficiency, time saving.
Products Parameters
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Model |
DS-LC-1000W |
DS-LC-1500W |
DS-LC-2000W |
DS-LC-3000W |
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Max.laser power |
1000W |
1500W |
2000W |
3000W |
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Laser type |
Continuous Fiber laser source |
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Wavelength |
1070nm±5nm |
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Mode |
CW |
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Frequency |
1000HZ |
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Diameter of fiber core |
50-100um |
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Length of fiber |
10m |
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Spectroscopic method |
Precision energy spectroscopy or high-speed time spectroscopy |
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Laser output mode |
CW/QCW/PWM |
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Positioning system |
Red light |
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Rated power |
3.5KW |
4.5KW |
5.5KW |
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Cooling power of chiller |
1.5P/2P |
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Temperature |
10℃-35℃ |
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Power supply |
220V±5V 50Hz/40A |
380V±5V 50Hz/40A |
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Dimension/Weight |
Machine body：1150×630×1080mm , 180kg |
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Working Environment Requirements
Temperature And Humidity Control
power requirement
Ventilation and smoke exhaust
The smoke and dust treatment should be equipped with an external exhaust system (air volume ≥200m³/h) to prevent the metal dust/aerosol generated during cleaning from polluting the environment. It is recommended to use it in an environment without a large amount of suspended particulate matter to prevent dust from blocking the optical window.
spatial arrangement
The equipment should maintain a safe working distance of 0.5 to 1.5 meters from the cleaning target (to avoid accidental damage caused by laser reflection). The equipment should be placed on a stable and shockproof surface (such as an industrial floor), with an inclination of no more than 2°.
environmental security
Maintenance requirements
Clean the optical lenses, filters and cooling fans every week to prevent dust accumulation from affecting heat dissipation and beam quality. Install temperature and humidity sensors to monitor the working environment status in real time.
sample Show
Machine's main components
Laser source
Control panel
Cleaning head
Roller caster
Double protective cable
Double protective cable
Application Area
Manufacturing Industry
Efficiently remove mold release agents, oxides and carbon deposits from the surface of metal molds, avoiding the corrosion risks of traditional chemical cleaning. Remove oil stains, rust or coatings from the metal surface to improve the welding quality. Precisely clean the contaminants in the damaged area to facilitate subsequent repair.
Aerospace
Fiber laser cleaning wonder tools can remove old paint or oxide layers without damage and extend the service life of the machine body. Clean precision components such as turbine blades to prevent high-temperature oxidation residue.
Automobile Industry
Remove oil stains and rust from the surface of the parts to ensure the reliability of welding. Remove old paint or local rust to preserve the integrity of the substrate.
Electronics And Microelectronics
Precision component cleaning, such as removing oxides or particles from circuit boards and chips, ensures electrical conductivity. Semiconductor manufacturing, for instance, involves cleaning contaminants on the surface of wafers to enhance the yield rate.
Protection Of Cultural Relics
Precisely remove dirt and smoke layers from the surfaces of murals and sculptures without damaging the original cultural relics. The treatment of metal cultural relics, such as removing rust or sediment and restoring their original appearance.
Rail Traffic
Wheel set and track maintenance, such as efficient rust removal, reducing mechanical wear and enhancing safety. Vehicle body cleaning, such as peeling off old paint or adhesive layers, can extend the vehicle's service life.
Nuke Industry
Radioactive contamination treatment, such as remote removal of contaminants from nuclear facility components, reduces the risk of personnel exposure.
Shipping Industry
Hull maintenance, such as rapid removal of rust layers and Marine organisms (like barnacles), reduces the environmental pollution caused by traditional sandblasting. Deck and pipe cleaning, such as the efficient removal of anti-corrosion coatings or oil stains.
Medical Field
Remove organic matter or oxides from the surface of surgical tools to facilitate sterilization. Implant cleaning, for instance, ensures that the surface of implants such as titanium alloys is clean to reduce rejection reactions.
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