Used SUNLAB SCRA109001 #9227073 for sale

SUNLAB SCRA109001 is a solar production equipment designed to quickly and efficiently prepare high quality solar cells. The machine features a series of parts to make highly efficient photovoltaic (PV) cells from crystalline silicon substrates. Its core components consist of: 1. A fast spin coating equipment, which is capable of spin coating thin and uniform wafers in a few seconds to increase cell performance. 2. A camera monitoring module that helps to inspect and illustrate the quality of the substrate. This allows for improved rectification of wafers and improved efficiency. 3. A custom-built sputtering system with several targets and planetary motion to prepare the wafers for processing. This helps to increase cell efficiency and durability, while also reducing production costs. 4. A robotic cell assembly unit consisting of an industrial robot with precise motion and speed. This machine allows multiple cell components to be handled quickly and effortlessly to produce high-quality and effective solar cells. 5. A thermal evaporation tool for deposition of several layers including silver and molybdenum on wafers for improved efficiency. 6. And finally, an advanced laser structuring asset to etch the wafers to create higher efficiency cells. Besides the core components, SCRA109001 also uses another set of instruments to facilitate the assembly of the completed cells. These include a holographic panel inspection model, a resist printing machine for applying ink to the empty wafers, an annealing equipment for heat treatment of the wafers, and a washing system to clean out all the residues from the production process. Thanks to all these parts working in tandem, SUNLAB SCRA109001 is capable of producing high efficiency solar cells with great precision and accuracy. It's an efficient and cost-effective machine for use within the solar industry, making it an important asset to many companies in the industry. Its high quality and efficiency make it a top-notch choice for producing reliable solar cells.