With the rapid development of laser cleaning technology in industrial manufacturing, metal fabrication, cultural relic restoration, and mold maintenance, air-cooled pulse laser cleaning machines have become an essential solution for modern industrial cleaning due to their high efficiency, environmental friendliness, and low consumable costs.
As a professional laser equipment manufacturer, Fost Laser Company has launched an advanced air-cooled pulse laser cleaning machine featuring easy operation, stable performance, and high cleaning precision. The machine is widely used for carbon steel rust removal, stainless steel oxide layer cleaning, paint removal from bricks, carton ink removal, and many other applications.
This article provides a detailed introduction to the standard operating procedures and safety precautions for the Fost Laser air-cooled pulse laser cleaning machine, helping users achieve safe, efficient, and professional laser cleaning operations.
Equipment Introduction
The Fost Laser Company air-cooled pulse laser cleaning machine adopts high-frequency pulse laser technology. High-energy laser pulses instantly act on the material surface, allowing rust, oil stains, oxide layers, coatings, and other contaminants to separate rapidly from the substrate without causing noticeable damage to the base material.
Equipment Advantages
Air-cooled design with no external water chiller required
Stable laser output and high cleaning efficiency
Intelligent control interface with user-friendly operation
Multiple adjustable cleaning modes
Non-contact cleaning with no consumables and no pollution
Suitable for various metal and non-metal materials
Preparation Before Startup
Before powering on the equipment, please confirm the following connections and environmental requirements.
Power Connection
Connect one end of the power cable to the machine power interface
Connect the other end to a stable power supply
It is recommended to use an independent power supply line that meets the equipment requirements to avoid unstable voltage affecting machine performance.
Gas Connection
Connect one end of the air hose to the airflow regulator
Connect the other end to the gas cylinder
After connection:
Open the gas cylinder valve
Adjust the airflow regulator parameters
Recommended Air Pressure
The recommended airflow parameter is generally set at approximately 0.4 MPa.
Insufficient air pressure may affect cleaning performance, while excessive pressure may damage the material surface.
Machine Startup Procedure
Please follow the steps below to start the machine properly.
Step 1: Turn On the Main Power
Press the power switch to energize the machine.
Step 2: Release the Emergency Stop Switch
Rotate the emergency stop button clockwise to release the emergency stop status.
Step 3: Wait for System Initialization
The machine will enter the self-check startup process. Wait until the operating interface is fully loaded.
Step 4: Turn On the Laser Switch
Activate the laser system to prepare for laser cleaning operations.
Start Laser Cleaning
Laser Calibration
After clicking the “Laser” button:
Observe the red guide light spots carefully.
Important Note
When the two red dots overlap and merge into a single point, the laser focal length is correctly adjusted and the machine is ready for cleaning.
Begin Cleaning
Press the cleaning gun trigger to start operation.
During cleaning, maintain:
Stable hand movement
Uniform scanning speed
Proper cleaning distance
Avoid staying in the same position for an extended period to prevent localized overheating.
Common Cleaning Applications
Carbon Steel Rust Removal
Suitable for:
Industrial steel structures
Metal fabrication parts
Weld rust treatment
Features
High rust removal efficiency
No damage to the substrate
No chemical pollution
Paint Removal from Bricks
Effectively removes:
Wall graffiti
Architectural coatings
Surface contaminants
Widely used in cultural relic restoration and building renovation industries.
Stainless Steel Oxide Layer Removal
For oxidation and discoloration after welding, the machine can achieve:
Precise oxide layer removal
Restoration of metallic brightness
Improved weld appearance quality
Ink Removal from Cartons
Pulse laser cleaning can lightly process carton surfaces for:
Ink and marking removal
Label modification
Packaging recycling and reuse
This process is environmentally friendly and requires no consumables.
Shutdown Procedure
After cleaning is completed, please follow the correct shutdown procedure:
1.Turn off the laser switch
2.Press the emergency stop button
3.Turn off the machine power
4.Close the gas cylinder valve
5.Organize the air hose and power cables
Proper shutdown procedures help extend the service life of the equipment.
Safety Precautions
To ensure operator and equipment safety, please strictly follow the requirements below.
Operator Requirements
Operators must receive professional training
Operators should be familiar with machine procedures
Laser safety goggles must be worn during operation
Working Environment Requirements
Ensure proper ventilation
Keep flammable and explosive materials away from the machine
Unauthorized personnel should not enter the working area
Equipment Maintenance Recommendations
Regularly inspect optical lens cleanliness
Regularly check gas line connections
Keep the machine surface clean
Apply dust protection during long-term shutdown periods
Conclusion
The Fost Laser Company air-cooled pulse laser cleaning machine has been widely applied in metal rust removal, oxide cleaning, paint stripping, and industrial surface treatment due to its high efficiency, environmental protection, and precision cleaning capabilities.
Proper and standardized operation not only improves cleaning efficiency but also effectively extends the service life of the equipment. We hope this guide helps users quickly master the operation of the air-cooled pulse laser cleaning machine and achieve safer, more efficient laser cleaning performance.
Post time: May-18-2026
