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Products
Fiber Lasers
CW Fiber Lasers
QCW Fiber Lasers
VBP Fiber Lasers
Portable Fiber Lasers
Specialty Fiber
Active Fibers
Passive Fibers
Applications
Laser Welding of Highly Reflective Materials for E-Mobility
High Power Laser Cutting
3D Printing
Laser Heat-treatment and Cladding
Precision Welding
The Portable Long-range Laser Cleaning System
Support
Resources
Specifications
Common Tools
Product & Solution Introduction
Certificates
Application Lab
Maintenance
Maintenance
FAQ
Service System
After-sales Service
Service Policy
After-sales Procedure
About Everfoton
About Us
About Everfoton
Technological Advantages
Corporate Culture
Milestones of Everfoton
Industrial layout
News
Everfoton News
Exhibition News
New Products Launch
Join Us
Talent Concept
Job Openings
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Laser Condensation Prevention Guide
2022/05/04
Everfoton's chassis of fiber laser adopts a closed design and is equipped with an air conditioner or dehumidifier to ensure that the components are in a relatively safe environment with stable temperature and humidity. If the chassis is not airtight, the high-temperature and high-humidity air outside can enter the chassis, and condense on its surface when it encounters the internal water-cooled components, causing possible damage. For immediate start of the laser, it is necessary to seal the
Laser Anti-freezing Guide
2022/05/04
The normal operating ambient temperature of the laser is required to be between 5 ℃ and 40 ℃. Beyond this range, the operation stability of the laser will be affected, and the laser will be damaged in worse cases. During the holiday season, if the ambient temperature of the equipment can be maintained above 5℃, the laser equipment needs no special protection and can be switched on or shut down. If the ambient temperature is below 5℃, you need to discharge the water from the laser and wat
Quick Guide to QBH Cleaning
2022/05/04
Everfoton's laser adopts all-fiber structure, with small fiber diameter and high power density inside the fiber. In the process of use, if the laser QBH output head is dirty or improperly cleaned, it tends to cause serious damage to the QBH output head and affect the stability of the laser. At the same time, the damage caused by such reasons, the long maintenance cycle, and the high repair price tend to result in serious economic losses. To ensure the long-term stability of the
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