Used HOE IE HIMJ-8014 #9181620 for sale

HOE IE HIMJ-8014 is a solar production equipment designed to process thin-film solar modules. It is an automated production equipment that is capable of performing many of the fabrication steps needed to create thin-film solar modules. HIMJ-8014 has an array of production equipment including sputtering systems, roll-to-roll coating equipment, slit and cut equipment, screen printing systems, and lamination equipment. HOE IE HIMJ-8014 uses breakthrough sputtering technology to deposit thin-film solar modules. Sputtering is the process of depositing a thin layer of material onto another surface. In HIMJ-8014, an array of sputtering vacuum chambers are used to deposit thin-film materials onto the solar cells. The sputtering process allows for uniform and precise deposits that are significantly thinner than those achievable with other processes. HOE IE HIMJ-8014 also includes advanced roll-to-roll coating technologies. This type of equipment is designed to evenly coat the solar cells with a thin-film material. The precision of the roll-to-roll coating technology in HIMJ-8014 allows for a much faster and consistent production process. HOE IE HIMJ-8014 also includes an automated slit and cut system. This unit is designed to cut the solar cells into the desired size and shape. This process is done with great precision and is essential for producing high quality solar modules. In addition to the slit and cut machine, HIMJ-8014 has a screen printing tool. This asset is used to print high-precision designs onto the solar cells. Once the cells are printed, they are ready for lamination. HOE IE HIMJ-8014 includes a lamination model that is designed to join the solar cells together. This process helps to create the desired form of the solar module. The lamination equipment is also highly efficient, allowing for fast and accurate production. HIMJ-8014 is a versatile and powerful solar production equipment. Its combination of sputtering, roll-to-roll coating, slit and cut, screen printing, and lamination technologies make it the perfect solution for producing high-quality thin-film solar modules.