Used ROTH & RAU / OTB SOLAR 1050 #9109902 for sale

ROTH & RAU / OTB SOLAR 1050 is an advanced solar production equipment for the production of photovoltaic (PV) cells. The SOLAR OTB SOLAR 1050 consists of several components, such as a sputtering chamber, screen printing equipment, lamination and quality control, and vision systems. The sputtering chamber of the SOLAR ROTH & RAU 1050 allows for uniform deposition of a thin film of a metal, such as aluminum or silver, onto a substrate for connection to the PV cell. It provides the ability to control the deposition rate and uniformity across the substrate area, ensuring a high quality product. The screen printing equipment enables the precise application of the desired substances across the substrate area, ensuring maximum contact between the substrate and the metal. The lamination is used to encapsulate the solar module and to provide a weather tight seal. This ensures the longevity of the module, as well as helping to protect from mechanical and environmental influences. The lamination is done with a special adhesive that allows for heat dispersal throughout the solar module. Quality control is an integral part of the SOLAR 1050, ensuring a high quality product. State-of-the-art vision systems are included in the SOLAR ROTH & RAU / OTB SOLAR 1050 to allow for real time inspection of the substrate and to detect any imperfections during the production process. Finally, the SOLAR OTB SOLAR 1050 includes a robot cell for automated handling of the substrate after printing, before and after lamination, as well as during the sputtering process. This helps to reduce manual labor, as well as providing additional accuracy and repeatability of the process. In conclusion, ROTH & RAU 1050 is an advanced production equipment for the manufacture of solar cells. It includes a sputtering chamber, screen printing equipment, lamination, quality control, and vision systems, as well as a robot cell for automated handling. This helps to ensure a high quality product that is able to withstand environmental influences.