Used MANZ IPL #9101304 for sale

MANZ IPL is a revolutionary solar production equipment pioneered by MANZ AG, Germany. It is designed to power photovoltaic (PV) cells and modules, enabling the manufacture of efficient solar energy solutions for both residential and commercial applications. IPL offers an innovative, fast, and low-cost process for the production of crystalline silicon solar cells. MANZ IPL system consists of a laser texturing machine, a diffusion machine, a metallization machine, a sintering furnace, a cutting cell, and a test station. The laser texturing machine is used to create microscopic structures on the surface of the wafer, allowing for back-surface field characteristics that enable higher voltage and a lower dark saturation current. The diffusion machine provides control over the dopants used in the cell's wafer manufacturing and texturing process. The metallization machine is used to lay down metal contacts on the solar cells, which facilitate the transfer of electrical current between the cell and external circuit. The sintering furnace is used to bond the metal contacts to the solar cells. The cutting cell enables the removal of unnecessary waste in the solar cells, increasing efficiency. Finally, the test station allows for the testing of the finished solar cells to ensure that they meet all functioning expectations. IPL is a fully automated, contactless, and dust-free system, designed with quality control and efficiency in mind. It features an advanced Human Machine Interface (HMI) which allows for easy operation and status monitoring, as well as complete traceability of the process. It requires only a small amount of energy to operate, while its low maintenance cost makes it attractive for both residential and commercial applications. Overall, MANZ IPL offers a comprehensive solution that allows for efficient production of high-quality solar cells. Its innovative technology and simple operation make it an attractive option for manufacturers who want to produce reliable, cost-effective, and high-performing solar energy solutions.