Used HOE IE HIMJ-8014 #9132224 for sale

HOE IE HIMJ-8014 is a type of solar production equipment designed for fast, efficient solar cell manufacturing. It is a high-speed Multi-Junction (MJ) cell manufacturing equipment that features a comprehensive range of processes beginning from the pre-treatment of the substrate and ending with the full production of solar cells. This equipment is a fully automated system, offering outstanding process engineering intelligence and high-end process control. It has a pre-treatment station which removes contaminants and prepares the substrate for the next step. HIMJ-8014 then provides accurate static, dynamic, and chemical cleaning for the substrate. This unit includes a laser patterning unit for precision demarcation of electrodes and contact holes for cell production. The next stage of the process is the diffusion and firing section. It includes active eutectic diffusion and high-temperature pre-firing for wafer formation. During diffusion, a vacuum pump is used to create a reaction chamber to provide precise processing time and temperature for the best possible cell output. The firing process uses a low temperature in-situ bake tunnel to uniformly heat up the wafer and solder contacts. HOE IE HIMJ-8014 also features a highly efficient metallization process. It includes plasma deposition metallization for minimized electrical resistivity as well as an etch-stop layer deposition. This machine is capable of producing grids up to 60 microns in width with extreme precision. The last stages of the cell production process include inspection, classification, and testing. The tool includes automated test and sorting equipment, such as laser microscopy and visual sorting technology, that guarantee accurate sorting of good cells from defective cells. Finally, the cells are packaged and ready for sale. HIMJ-8014 offers precision cell production, high production speed, and excellent process control. It is reliable and cost effective, making it a great choice for high-volume solar production.