What to do if the laser source of my G-WEIKE LF1390 Cutter has problems?
If the laser source of your G-WEIKE Cutter is experiencing issues, do not attempt to dismantle or fix it yourself. Please contact our company for assistance.
What to do if the condenser of my G-WEIKE LF1390 is blocked by dirt?
If you find that the condenser of your G-WEIKE Cutter is blocked by dirt, use compressed air or a brush to remove the dust to ensure its normal operation.
Why is it important to check for cold water machine pipeline leakage in my G-WEIKE LF1390 Cutter?
It's important to check for cold water machine pipeline leakage in your G-WEIKE Cutter to ensure that the cold water machine operates without slack.
How often should I check the air filter of my G-WEIKE LF1390 Cutter?
You should check the air filter of your G-WEIKE Cutter once a month. When cleaning the air filter, please wear a dust mask, dust glasses, and gloves.
Why should I check the water tank water quality of my G-WEIKE LF1390 Cutter?
Checking the water tank water quality of your G-WEIKE Cutter is important to ensure good water quality, which is essential for the normal operation of the laser.
Why is it important to check the temperature setting of the cold water machine in my G-WEIKE Cutter?
It is important to check the temperature setting of the cold water machine in your G-WEIKE Cutter to ensure the supply of laser cooling water is at a normal temperature.
How to clean the cold water machine of my G-WEIKE Cutter?
To clean the cold water machine of your G-WEIKE Cutter, use a cleaner or high-quality soap to clear dirt from the surface. Do not use benzene, acids, flour, a steel brush, or hot water.
Why is it important to check the chiller water seal, water temperature, and water pressure of my G-WEIKE LF1390 Cutter?
It is important to check the chiller water seal, water temperature, and water pressure of your G-WEIKE Cutter to ensure the normal operation of the equipment and to prevent leakage.
General guidance on reading the manual and safety measures.
Compliance with relevant safety standards for laser processing equipment.
Explanation of warning symbols and their meanings for user safety.
Guidelines for safety management, including personnel training and designated areas.
Hazards of laser radiation to human body (eyes, skin) and precautions.
Requirements for wearing protective glasses and clothing during operation.
Precautions against fire hazards, use of fire extinguishers, and handling hot components.
Warnings regarding electric shock and safe practices with electrical components.
Essential protective measures and environmental considerations for machine operation.
Basic operational knowledge and safety practices for machine operators.
Key features and advantages of the laser cutting machine.
Primary uses and industries where the machine is applied.
Required environmental conditions for optimal machine operation and safety.
Considerations regarding environmental impact and energy usage of the machine.
Overview of the machine's structure, components, and operational principles.
Detailed explanation of the machine's overall structure and working principles.
Breakdown of major components and their functions and working principles.
Explanation of auxiliary devices' functions, structure, and working principles.
Description of the gas supply system and its components for cutting.
Details of the water cooling system for laser and cutting head.
Guidelines for safely transporting the machine tool, including required equipment.
Procedures for checking the machine upon delivery, including opening the case and verifying contents.
Precautions to take when opening the wooden case to avoid equipment damage.
Steps to verify if the received products match the order and are free from transit damage.
Requirements for the installation environment and general considerations.
Specifications for the ground surface where the machine will be installed.
Detailed environmental conditions including temperature, air quality, and ventilation.
Factors affecting cutting quality due to vibrations from surrounding equipment.
Actions and precautions for the user during installation and setup.
Description of how the machine and accessories are packed.
General attention points regarding transportation and handling.
A summary of the steps involved in installing and connecting the laser cutting machine.
Guidelines for connecting electrical power and gas supply lines.
Detailed instructions for connecting the water cooling machine, including pressure and temperature settings.
Steps for debugging and installing the fiber laser machine.
Installation and components of the fiber special cutting head.
Procedure for fixing the cutting head onto the machine.
Steps for connecting the height controller to the cutting head.
Instructions for installing the ceramic part and nozzles into the cutting head.
Details on piping connections for the cutting head system.
Connecting the gas supply to the cutting head.
Procedure for installing the air filter.
Methods and specifications for installation debugging.
General overview and step-by-step guide for operating the machine.
Instructions for connecting the optical fiber signal lines.
Procedures for adjusting laser head height and activating the control software.
Steps for standardizing and calibrating the laser head.
Workflow for operating the control software, from data preparation to output.
Process for regulating the gas pressure for cutting.
Method for adjusting the laser beam position relative to the nozzle.
Understanding nozzle function and performing central adjustment.
Explanation of nozzle function and its adjustment methods.
Detailed steps for aligning the laser with the nozzle.
How nozzle choice impacts cutting quality and aperture selection.
Methods for adjusting the laser beam focus for optimal cutting.
Techniques for finding the correct laser focus position.
How focus position affects cutting different materials and sections.
Adjusting the distance between the nozzle and the workpiece.
Explanation of the fundamental principles behind laser cutting.
Detailed explanation of how laser cutting works.
Description of primary laser cutting modes like fusion and oxygen cutting.
Characteristics and advantages of laser cutting compared to other methods.
Guidance on selecting appropriate laser cutting gas and pressure.
How laser power affects cutting quality and parameters.
Important notes for operating the main machine, chiller, and power supply.
Critical safety measures related to electrical components and connections.
Key operational precautions and safety practices for operators.
Specific temperature considerations for operating in different seasons.
Procedures for acceptance testing after installation and debugging.
Step-by-step instructions for safely shutting down the machine.
Overview of daily maintenance and equipment care procedures.
General principles and considerations for machine lubrication and maintenance.
Routine maintenance for peripheral equipment like water chillers.
Critical maintenance procedures for the water cooling system to ensure performance.
Maintenance guidelines for the laser source and laser head modules.
Procedures for inspecting and cleaning the optical system components.
Important precautions when handling and cleaning optical lenses.
Methods for dismantling, installing, or replacing optical lenses.
Detailed steps for cleaning different types of lenses.
Proper storage methods for optical lenses to maintain quality.
Procedures for maintaining and cleaning the air filter system.
Lubrication procedures for gears, racks, and linear slide rails.
Specific methods for lubricating gears and racks.
Instructions for lubricating linear slide rails.
Maintenance steps for long-term machine storage.
Guidelines for storing the machine tool, including environmental conditions.
A list of common wear parts for the machine.
Procedures for handling and disposing of waste materials from the machine.
General terms and conditions of the warranty.
General guidance on reading the manual and safety measures.
Compliance with relevant safety standards for laser processing equipment.
Explanation of warning symbols and their meanings for user safety.
Guidelines for safety management, including personnel training and designated areas.
Hazards of laser radiation to human body (eyes, skin) and precautions.
Requirements for wearing protective glasses and clothing during operation.
Precautions against fire hazards, use of fire extinguishers, and handling hot components.
Warnings regarding electric shock and safe practices with electrical components.
Essential protective measures and environmental considerations for machine operation.
Basic operational knowledge and safety practices for machine operators.
Key features and advantages of the laser cutting machine.
Primary uses and industries where the machine is applied.
Required environmental conditions for optimal machine operation and safety.
Considerations regarding environmental impact and energy usage of the machine.
Overview of the machine's structure, components, and operational principles.
Detailed explanation of the machine's overall structure and working principles.
Breakdown of major components and their functions and working principles.
Explanation of auxiliary devices' functions, structure, and working principles.
Description of the gas supply system and its components for cutting.
Details of the water cooling system for laser and cutting head.
Guidelines for safely transporting the machine tool, including required equipment.
Procedures for checking the machine upon delivery, including opening the case and verifying contents.
Precautions to take when opening the wooden case to avoid equipment damage.
Steps to verify if the received products match the order and are free from transit damage.
Requirements for the installation environment and general considerations.
Specifications for the ground surface where the machine will be installed.
Detailed environmental conditions including temperature, air quality, and ventilation.
Factors affecting cutting quality due to vibrations from surrounding equipment.
Actions and precautions for the user during installation and setup.
Description of how the machine and accessories are packed.
General attention points regarding transportation and handling.
A summary of the steps involved in installing and connecting the laser cutting machine.
Guidelines for connecting electrical power and gas supply lines.
Detailed instructions for connecting the water cooling machine, including pressure and temperature settings.
Steps for debugging and installing the fiber laser machine.
Installation and components of the fiber special cutting head.
Procedure for fixing the cutting head onto the machine.
Steps for connecting the height controller to the cutting head.
Instructions for installing the ceramic part and nozzles into the cutting head.
Details on piping connections for the cutting head system.
Connecting the gas supply to the cutting head.
Procedure for installing the air filter.
Methods and specifications for installation debugging.
General overview and step-by-step guide for operating the machine.
Instructions for connecting the optical fiber signal lines.
Procedures for adjusting laser head height and activating the control software.
Steps for standardizing and calibrating the laser head.
Workflow for operating the control software, from data preparation to output.
Process for regulating the gas pressure for cutting.
Method for adjusting the laser beam position relative to the nozzle.
Understanding nozzle function and performing central adjustment.
Explanation of nozzle function and its adjustment methods.
Detailed steps for aligning the laser with the nozzle.
How nozzle choice impacts cutting quality and aperture selection.
Methods for adjusting the laser beam focus for optimal cutting.
Techniques for finding the correct laser focus position.
How focus position affects cutting different materials and sections.
Adjusting the distance between the nozzle and the workpiece.
Explanation of the fundamental principles behind laser cutting.
Detailed explanation of how laser cutting works.
Description of primary laser cutting modes like fusion and oxygen cutting.
Characteristics and advantages of laser cutting compared to other methods.
Guidance on selecting appropriate laser cutting gas and pressure.
How laser power affects cutting quality and parameters.
Important notes for operating the main machine, chiller, and power supply.
Critical safety measures related to electrical components and connections.
Key operational precautions and safety practices for operators.
Specific temperature considerations for operating in different seasons.
Procedures for acceptance testing after installation and debugging.
Step-by-step instructions for safely shutting down the machine.
Overview of daily maintenance and equipment care procedures.
General principles and considerations for machine lubrication and maintenance.
Routine maintenance for peripheral equipment like water chillers.
Critical maintenance procedures for the water cooling system to ensure performance.
Maintenance guidelines for the laser source and laser head modules.
Procedures for inspecting and cleaning the optical system components.
Important precautions when handling and cleaning optical lenses.
Methods for dismantling, installing, or replacing optical lenses.
Detailed steps for cleaning different types of lenses.
Proper storage methods for optical lenses to maintain quality.
Procedures for maintaining and cleaning the air filter system.
Lubrication procedures for gears, racks, and linear slide rails.
Specific methods for lubricating gears and racks.
Instructions for lubricating linear slide rails.
Maintenance steps for long-term machine storage.
Guidelines for storing the machine tool, including environmental conditions.
A list of common wear parts for the machine.
Procedures for handling and disposing of waste materials from the machine.
General terms and conditions of the warranty.
General| Model | LF1390 |
|---|---|
| Type | Laser Cutter |
| Max Speed | 1000mm/s |
| Cooling Method | Water Cooling |
| Repeatability | ±0.05mm |
| Operating Temperature | 0 - 45°C |
| Driving System | Stepper Motor |
| Working Area | 1300mm x 900mm |
| Laser Type | CO2 laser tube |
| Control System | Ruida |
| Software Compatibility | CorelDraw, AutoCAD |
| Power Supply | AC 220V±10%, 50/60Hz |
| Operating Humidity | 5 - 95% (non-condensing) |
| Graphic Format Supported | AI, BMP, PLT, DST, DXF |
| Auxiliary Equipment | Exhaust Fan |
| Laser Power | 100W, 130W, 150W (optional) |
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