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BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods
BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods

BK-FLC100XT 1.5MJ JPT 100W Cost-Effective Pulse Laser Cleaning Machine Cutting Operational Costs vs Traditional Sandblasting Methods

Model: BK-FLC100XT Laser Power:100W Supply Voltage: Single phase220V±10%、50/60Hz AC
$4,699.00 USD $4,999.00 USD
Global Sales Of More Than 500 Products
1-3 Years Long Warranty
Products Has Passed Quality Certification
100% Inspected Before Delivery
Power
BK-FLC100XT,100W
Quantity
Only 100 left
Volume Pricing
Quantity
Price
1+
$4,699.00 USD each
Description

LASER CLEANING MACHINE
Laser cleaning is a new technology based on the interaction between laser and sub-stance, which can achieve the effect of removing surface pollution and attachments.Compared twith traditional cleaning methods, laser cleaning has the advantages ofnon-contact, no damage to the substrate, accurate cleaning, "green" environmentalprotection and online, especially suitable for high-speed online cleaning in designatedareas.

  1. Non-contact cleaning without damaging the matrix of the parts;
  2. Accurate cleaning, can achieve precise position, accurate size selective cleaning;
  3. Do not need any chemical cleaning liquid, no consumables, safety and environmental protection;
  4. Simple operation, hand-held or with the manipulator to achieve automatic cleaning;
  5. Ergonomics design, operating labor intensity greatly reduced;
  6. Trolley design, with its own moving wheel, easy to move; High cleaning efficiency, save time;
  7. Laser cleaning system is stable with little maintenance
  8. High cleaning efficiency, save time

 

Remove surface resin, paint, oil stains, dirt, rust, coatings, and oxidation layers from objects; this process is widely used in industries such as shipbuilding, auto repair, rubber molding, high-end machine tools, rail tracks, and environmental protection.

The laser cleaning equipment produced by My Company is a new generation ofhigh-tech products for surface treatment, which is easy to install, control and realizeautomation. Simple operation, power supply, open equipment, can be no chemi-cal reagent, no medium, no dust, no water cleaning, can fit surface cleaning, clean-ing surface cleanliness is high, can remove object surface resin, paint, oil stains, dirt,rust, coating, coating and oxidation layer, and the industry is widely used, coveringships, auto repair, rubber mold, high-end machine tools, tracks and environmentalprotection.

Technical Parameters
Product Name
MOPA laser cleaning Machine
Average Laser Power
100W/200W/300W
Power Instability
<5%
Laser Working Mode
Pulse
Pulse Width
10-500ns
Maximum Monopulse Energy
1.5mJ/5mJ/10mJ
Power Regulation Range(%)
0-100( Gradient Adjustable)
Repeat Frequency(kHz)
1-3000(Gradient Adjustable)
Fiber Length
5m
Cooling Mode
Air cooling
Laser Head Scan Range
0mm~100 mm, continuously adjustable; supporting 8 scanning modes
Scanning Frequency
Maximum is not less than 300Hz
Field Mirror Focal Length
160mm(Optional 210mm/254mm/330mm/420mm)
Depth of Focus
About 5 mm
Cleaning Head Weight
<0.9Kg
Mode of Operation
Handheld/automated
Supply Voltage
Single phase220V±10%、50/60Hz AC
Power consumption
<2000W
Working environment temperature
5℃~40℃
Working environment humidity
≤80%
Depth of focus About 5 mm
 Mechanical parameters
 Machine packing size(Length, width and height)  About 520mm×310mm×550mm
 Machine Packing Weight About 32KG
 Cleaning head weight (including isolator) <0.75Kg
 Mode of operation  Handheld/automated

Cleaning head

Ergonomic design, operation labor intensity is greatly reduced; Easy to operate, can be hand-held automatic cleaning

Laser source

The laser has a high electro-optical conversion efficiency and good power stability.Simple structure, long service life and low maintenance cost.

Machine cabinet

The design of the ventilation holes in the cabinet ensures the rapid response of the laser and achieves a perfect match between the cooling capacity and heat output.

Control Panel

There are operation panels and different buttons on the chassis to allow customersto work better.

Wuhan Baike Intelligent Technology Co., Ltd., a wholly-owned subsidiary of Wuhan Baike Times Laser Technology Co., Ltd., was founded in 2008 as a professional supplier of laser machine.Wuhan Baike lntelligent Technology Co., Ltd., located in Optical Valley of china, has gathered the best R&Dproduction and marketing teams in the domestic laser industry. More than 100 kinds of industrial laserproducts,including pneumatic marking machine, laser marking machine, laser welding machine, laser cuttingmachine, developed by the company's technical team, have been widely used in 3C electronics, semiconduc-tor, new energy (including photovoltaic), metal processing, automobile manufacturing, electric power, textilemachinery, fashion FMCG, medical devices, instruments and meters, food processing and other industries. Theproduct quality and service have been highly praised by customers internationally.
We has achieved strategic cooperation with dozens of domestic top 500 manufacturing enterprises. We'vebeen dedicated to provide our customers with the highest quality, the best cost performance, the mostsuitable laser equipment. lfyou have any needs, please call/mail us directly. All you need to do is just tell uswhat you need, we'l provide the most professional services.

1. What are the advantages of using a Pulsed Laser Cleaning Machine over traditional cleaning methods?
Answer: Advantages include improved cleaning efficiency, precision targeting of contaminants without harming the underlying material, no requirement for chemical cleaning agents, and reduced long-term maintenance costs.
2.Can Pulsed Laser Cleaning Machines be used on any type of material?
Answer: While pulsed laser cleaning works on a wide range of materials, it should be used with caution on certain substrates that may be sensitive to heat or light. It's important to check the compatibility with your specific material first.
3.What are the advantages of using a Pulsed Laser Cleaning Machine over traditional cleaning methods?
Answer: Advantages include improved cleaning efficiency, precision targeting of contaminants without harming the underlying material, no requirement for chemical cleaning agents, and reduced long-term maintenance costs.
4.How long do Pulsed Laser Cleaning Machines last?
Answer: With proper care and routine maintenance, pulsed laser cleaning machines can last for many years. The lifespan also depends on the frequency and intensity of their use.
5.How about Warranty?
Answer: We offer a one-year warranty(not include consumables) except for human damage.

 

Thank You For Your Attention And Choice.

Machine Working Video

Wuhan Baike Times Laser Technology Co., Ltd., has a wholly-owned subsidiary, Wuhan Baike Intelligent Technology Co., Ltd.The picture on the right shows the video of machine work in the factory.
For more application videos, see the product videos or application videos in the Application column.