Used ASIC SHANGHAI EL-A #9281788 for sale

ASIC SHANGHAI EL-A is a highly advanced solar production equipment. It is capable of producing high-efficiency solar cells quickly and reliably. The equipment utilizes a multi-stage assembly process that can produce large format cells up to 210mm of area with precision and repeatability within microns. The key components to produce these cells include a high precision lens assembly, 5-axis precision diamond cutting saw, as well as advanced robotics, and vacuum deposition equipment. The lens assembly of EL-A enables quick and precise alignment of the laser with the desired cell area. The high accuracy of the lens assembly helps maintain the repeatability of the positioning even during high heat and pressure. The 5-axis precision diamond cutting saw allows for extremely precise cutting of the cell area with a tolerance range of under 1 micron. The diamond saw blade is automatically located and tracked using advanced robotics and software. This combination of lens assembly and cutting saw help improve the cell size uniformity, reduce wasted material, and increase overall efficiency. The vacuum deposition equipment is used to place multiple layers of silicon dioxide, silicon nitride, and other materials on the cells with optimal uniformity, and thickness. The pressure and temperature inside the deposition chamber can be quickly and precisely controlled, allowing for the exact amounts of materials to be placed on the cell area. The high-grade material deposition ensures the reliability and performance longevity of the module. The overall capacity of ASIC SHANGHAI EL-A is up to 3600 cells per hour with a maximum string output of 5 strings. The equipment is built with robust protection mechanisms that reduce occurrence of solar cell damage or physical errors. Additionally, EL-A is constructed with convenient external user interfaces for control and monitoring. Overall, ASIC SHANGHAI EL-A is a sophisticated and efficient solar production equipment. It provides reliable, accurate, and repeatable cells with minimal wasted materials. The advanced cutting technology and vacuum deposition equipment will ensure consistent and quality module output over the lifetime of the device.