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High Power Robot Laser Cleaning Machine for Factory Automation Cleaning
US$28,000.00-58,000.00
1 Piece

Product profile

Customization

Available

After-sales Service

Online After-Sales

Power

1000W/ 1500W/ 2000W/ 3000W

Model NO.

Robotic Arm

Control Type

Automatic

Warranty

1 Year

Optional High Power

6000W Available for Heavy-Duty Cleaning

Laser Type

Fiber Laser

Laser Wavelength

1064 Nm

Robot Type

6-Axis Industrial Robotic Arm

Robot Reach

Approx. 2000-2300 mm Available by Configuration

Robot Payload

20 Kg Wrist Load or Other Payload

Repeat Positioning Accuracy

+/-0.08 mm

Cleaning Mode

Selective or Automatic Path Cleaning

Safety Configuration

Optional Enclosed Laser Safety Cell with Interlock

Fume Treatment

Optional Fume Extraction System

Voltage

220V / 380V / 400V / 480V Customized

Transport Package

Reinforced Wooden Case

Specification

170 x 120 x 160 cm

Trademark

MimoWork Laser

Origin

China

HS Code

8456110090

Key features

6-axis robotic arm for flexible cleaning of complex 3D parts and multiple surfaces.
Fiber laser cleaning technology removes rust, paint, oxide, oil, coating, and surface contaminants.
Non-contact cleaning helps reduce mechanical wear and lowers dependence on chemical or abrasive media.
Programmable robotic path supports repeatable production and consistent cleaning quality.
Optional HMI, fume extraction, safety enclosure, rotary table, conveyor loading, and customized robot configuration.
The robot arm guides the laser beam over the workpiece surface, allowing the machine to clean curved parts, irregular shapes, narrow areas, and multiple cleaning zones with high repeatability.
During operation, the laser energy acts on the contaminant layer and helps remove rust, paint, oxide, oil, coating, dirt, resin, and other surface attachments.
It is a practical alternative to manual grinding, chemical cleaning, dry ice cleaning, and abrasive blasting in many industrial applications.
Different laser powers, robot brands, loading methods, work cell layouts, and safety configurations are available according to the customer's needs.
The robot arm runs programmed paths to reduce manual operation and improve consistency.

Company profile

Shanghai Xi Hong Technology Co., Ltd.
Experienced TeamImporters and ExportersFlexible CustomizationProduct Certification
Business Type: Manufacturer/Factory, Trading Company CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 5 YearsNearest Port: Port of Shanghai, Port of GuangzhouAverage Response Time: ≤0.49hTerms of Payment: LC, T/T, PayPal, etc.

AI-Powered supplier vetting

SummaryShanghai Xi Hong Technology Co., Ltd. is identified as both a trading company and manufacturer/factory in China. Its stated capabilities include laser processing, welding, cleaning, perforation, engraving, additive manufacturing equipment, CNC machine tools, 3D printing services, and related technology services. The supplier reports professional technical R&D capability, 3D software design, SDK availability, new product activity, and broad customization options. Written procedures and records are reported for service assessment, corrective and preventive actions, and customer complaint handling. However, no certification information, customer cases, or specific production scale is provided. The supplier does not offer ODM services, branded OEM services, overseas warehouses, overseas showrooms, overseas agents or branches, or offline trade-show participation.
Supplier typeThe supplier is described as both a trading company and manufacturer/factory in one record, while another record identifies it as a trading company. Its registered location is in Shanghai, China, and its stated business scope includes manufacturing-related technology, additive manufacturing equipment, CNC machine tools, and 3D printing services.
After-Sales capabilityThe supplier reports written procedures and followed records for service-capability assessment, corrective and preventive actions, and customer complaint handling. This provides explicit evidence of a structured service-management process, although no specific response times or service outcomes are supplied.
R&D capabilityThe supplier reports professional technical R&D capability, 3D software design services, SDK availability, technology development and promotion activities, and new product activity during the past year. These stated capabilities support an innovation advantage, although no details on specific products, patents, or development results are given.
Production capacityThe supplier identifies itself as a manufacturer/factory and states that it provides laser cutting, marking, welding, cleaning, perforation, and engraving. Its business scope also includes additive manufacturing equipment, CNC machine tools, 3D printing services, and related products, but no production capacity, equipment quantity, workforce, or factory-scale data is provided.
Customization capabilityThe supplier explicitly offers customized services and lists customization from samples, full customization, minor customization, flexible customization, and customization from designs. It also provides 3D software design services, indicating broad stated support for customized product development.

Product Q&A

Q:1. What can the robotic laser cleaning machine remove?
A:
It can be used for rust, paint, oxide, oil, dirt, coating, resin residue, and other surface contaminants. The final cleaning effect depends on the material, contaminant thickness, laser power, and process parameters.
Q:2. Can it clean complex 3D parts?
A:
Yes. The 6-axis robotic arm can move the laser head around curved, irregular, and multi-surface workpieces, making it suitable for parts that are difficult to clean manually.
Q:3. Will laser cleaning damage the base material?
A:
Laser cleaning is a non-contact process. With proper laser parameters, it helps reduce damage to the substrate compared with many abrasive methods. A cleaning test is recommended before mass production.
Q:4. Do you support sample cleaning tests?
A:
A sample cleaning test is recommended. Customers can provide workpiece photos, material information, contaminant type, and cleaning requirements so the process can be evaluated before order confirmation.
Q:5. How do I choose the right laser power?
A:
For light rust, oil, and thin oxide layers, lower power may be enough. For heavy rust, thick paint, or faster production, 1500W, 2000W, or 3000W is usually preferred. Sample testing is recommended.

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