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GZTECH Helps Photovoltaic Non-destructive Laser Scribing

Laser non-destructive splitting means that the silicon wafer produces a large temperature gradient through the precise control of laser heating and local auxiliary cooling.

The New Process of Slicing Silicon Cells Helps the Photovoltaic Industry Reduce Costs and Increase Efficiency

In the development of large, thin and efficient cell module technology, laser non-destructive cutting, as a new type of photovoltaic cell cutting technology, has the advantages of size compatibility, no mechanical damage, high efficiency, and less pollution,and is currently the main way to slice cells.

MOPA Laser Technology Upgrade Drives Lithium Smart Manufacturing

Dr. Zhihua Huang introduced that the MOPA laser adopts the structure of main oscillator plus power amplifier. Compared with traditional lasers, its parameter adjustment dimension is higher and the range is wider, and for different application scenarios of different materials, MOPA is more adaptable and has a larger process range.

High-Power MOPA Cleaning Technology Helps Flat Motor Production to Improve Efficiency

And the copper wire arrangement in the slot is more regular and the slot full rate is higher. The application of flat enameled wire can significantly improve the efficiency and power density of the drive motor.

How to Choose a Laser for the Laser Process of Fish Scale Conductive Potential?

Aluminum-magnesium alloy has many advantages such as low density, high strength, easy forming, and low manufacturing cost, and is widely used in the skeleton of 3C products.

How Does Deep Laser Engraving Ensure Efficiency and Effect?

Deep laser engraving is a common laser processing application. Compared with traditional methods, deep laser engraving has the advantages of no pollution, high precision, flexible engraving content, and can meet complex engraving processes. In recent years, our country pays more and more attention to environmental protection, and the traditional corrosion process will be gradually replaced. So the market prospect of deep laser engraving is very broad.

Instructions for Using MOPA Fiber Laser

After unpacking the MOPA fiber laser, please check whether the accessories of the fiber laser are complete and whether it is damaged (during transportation) according to the configuration list in the box.

Liu Jie, Member of the Standing Committee of Wuhan Municipal Party Committee and Secretary of the Party Working Committee of Donghu High-tech Zone, visited GZTECH

On September 6, Liu Jie, member of the Standing Committee of Wuhan Municipal Party Committee and Secretary of the Party Working Committee of Donghu High-tech Zone, visited GZTECH for investigation and research.

A Beginner's Guide to MOPA Pulsed Laser Process Practice

Starting from the composition of the pulsed laser marking system, this post analyzes the main technical problems in the pulsed laser processing, which is used to guide the process practice.

Why Can MOPA Laser Be Used to Do Color Marking？

Colored stainless steel not only reflects its artistic side, but also more in line with people's pursuit of products.

What Is the Difference Between MOPA Laser and Q Switched Laser?

MOPA is a laser configuration relative to the single oscillator configuration. The full English name is Main Oscillator and Power Amplifier. And it is not a specific laser type.

What Is a MOPA Laser and What Is It Used For?

A MOPA laser can generate a higher pulse repetition rate than its Q-Switch-powered counterparts. Furthermore, the pulse frequency range of a MOPA laser is much larger than that of a Q-Switch laser.
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