3d-With the rapid development of my country’s photovoltaic industry, the production scale of photovoltaic modules has been continuously expanded, and the requirements for production efficiency and product quality have become higher and higher. In the production process of photovoltaic modules, removing burrs from the edges of silicon wafers is a crucial process. As an efficient and environmentally friendly deburring equipment, magnetic deburring machine has played an important role in the production of photovoltaic modules. This article will introduce the working principle, advantages and application of magnetic deburring machine in photovoltaic module production.
1. Working principle of magnetic deburring machine
Magnetic deburring machine is a kind of equipment that uses a high-speed rotating magnetic field to deburr the workpiece. Its main components include: magnetic grinding rod, drive motor, controller, grinding medium and fixture. When working, insert the magnetic grinding rod into the fixture so that it fits the surface of the workpiece. Start the drive motor, and the magnetic grinding rod rotates at high speed to generate a strong magnetic field. The magnetic field acts on the grinding medium to grind the surface of the workpiece and remove burrs.
2. Advantages of magnetic deburring machine
High efficiency and energy saving: The magnetic deburring machine uses a high-speed rotating magnetic field for grinding, with fast deburring speed and high efficiency. Compared with traditional manual deburring, it greatly improves production efficiency and reduces labor intensity.
High precision: The magnetic deburring machine can perform precise grinding according to the shape and size of the workpiece to ensure that the surface of the workpiece after deburring is smooth and flat.
Environmentally friendly and pollution-free: The magnetic deburring machine does not need to use cutting fluid during the grinding process, avoiding environmental pollution and waste of resources.
Strong adaptability: The magnetic deburring machine is suitable for deburring photovoltaic modules of various materials, such as silicon wafers, glass, etc.
Safe and reliable: The magnetic deburring machine adopts a closed design, and there is no need to contact high-speed rotating parts during operation, which reduces the occurrence of safety accidents.
3. Application of magnetic deburring machine in photovoltaic module production
Deburring of silicon wafers: During the production of photovoltaic modules, the burrs on the edge of the silicon wafer will affect the welding quality of the battery cell and the packaging performance of the module. Using a magnetic deburring machine to deburr silicon wafers can ensure that the edges of the silicon wafers are smooth and burr-free, and improve the welding quality and module performance.
Glass deburring: The glass surface of photovoltaic modules will produce burrs during the cutting process, affecting the appearance and performance of the module. Using a magnetic deburring machine to deburr the glass can improve the smoothness of the glass surface and improve the quality of the module.
Frame deburring: The frame of photovoltaic modules will also produce burrs during the manufacturing process. Using a magnetic deburring machine to deburr can ensure that the frame surface is smooth and avoid scratching the operator.
In short, the application of magnetic deburring machines in the production of photovoltaic modules is of great significance. With the continuous development of my country’s photovoltaic industry, the market prospects of magnetic deburring machines are broad, which will provide strong support for the production of photovoltaic modules.
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