Used MEIER Icolam #185729 for sale

MEIER Icolam is a leading-edge solar production equipment designed to manufacture top-quality thin film gate modules for the photovoltaic industry. It has innovative technology that enables it to produce high-performance thin film gate modules with excellent cost-efficiency. The system consists of five main components: software, substrate control, autoclave, chamber, and modules. The software used in Icolam is an advanced 3D CAD/CAM suite that allows for the rapid and efficient design of components. It enables the production of thin film gate modules drawing on the company's 30 years of experience. The software is used to adjust the parameters and settings of the process, such as substrate shape size, alignment accuracy, etc. The substrate control component provides control of the substrate material used in the production process. It has high-grade temperature, electrical and chemical control capabilities to ensure the uniformity and uniform thickness of the substrates. The autoclave is used to deposit the layers of metal oxides and other materials onto the substrate. It is equipped with rotating arms and electrically heated elements that ensure uniform heating of the substrate. The autoclave also features computer-controlled parameters such as pressure, speed, temperature, etc. The chamber is used to dry and cool the substrate after the deposition process is completed. It uses a combination of temperature, time, and pressure control to produce the best results. The module is the finished product of MEIER Icolam system. It includes one or more thin film gate modules, which are used in photovoltaic systems to convert light energy into electrical energy. The modules are constructed using the latest in thin film materials and advanced fabrication techniques to ensure excellent performance, durability, and reliability. All of these components work together to produce top-grade thin film gate modules with superb cost-efficiency. Icolam is designed to meet the most stringent requirements for quality assurance and cost effectiveness, making it the ideal choice for photovoltaic projects.