Used NPC 3BB #9359230 for sale

NPC 3BB
Manufacturer
NPC
Model
3BB
ID: 9359230
Vintage: 2014
Stringing machine 2014 vintage.
NPC 3BB is an automated solar production equipment designed to accelerate the process of solar cell fabrication. It uses electrolytic deposition technology to deposit highly conductive thin-film coatings on solar cells. This enables the cells to maximize the energy production from each cell. 3BB uses the Vacuum Sputtering technology to deposit the thin films. This technology enables the formation of a homogenous structure of nanoparticles, which are deposited on the solar cell, allowing for better conductivity. This technology also minimizes the consumption of materials used in the process. NPC 3BB is capable of automatically adjusting the proper sputtering parameters for each type of solar cell. It is equipped with a built-in equipment, which monitors the deposition process to maintain a consistent coating for each cell. The system also is able to adjust the pressure, voltage, and current applied during the process as required to ensure that the optimum parameters are utilized. The advanced design of 3BB allows for the fast movement of materials and deposition of the thin film coatings. This reduces the overall fabrication time required for producing solar cells, which increases the rate of production and lowers the cost of production. NPC 3BB also has several safety features, such as a sophisticated gas protection unit. This machine automatically detects as well as blocks any leakages in the tool to maintain a safe working environment. It also has multiple alarms as well as shut-off switches for discontinuing the process in case of any abnormality. 3BB is designed for a wide range of applications, such as solar photovoltaic modules, solar racking systems, wafers, polysilicon and thin-film solar cells. The process can also be used to coat other materials like stainless steel and aluminum. Overall, NPC 3BB is next generation solar production equipment that offers improved reliability, efficiency and safety. It is ideal for meeting the demands of high-performance and cost-effective solar cell fabrication.
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