Manz Automation (ETR:M5Z), a supplier of integrated solutions for the high-tech industry, will participate in the 6th International Solar Industry and Photovoltaic Engineering (Shanghai) Exhibition and Forum in SNEC2012 (Booth: E3 Hall 310), where it will showcase its latest crystalline silicon solar cell wet process equipment: IPSG CEI 4800.
The device is used to remove highly doped layers on the back and edges of the wafer to create chemical edge isolation (CEI), and to remove phosphosilica-glass (PSG) that was created on the front of the wafer during the previous diffusion process. "With the new wet process equipment, we have truly filled in a missing link in Manz's PV process process," said Dieter Manz, Founder and CEO of Manz. Its newly developed sponge roller process enables faster, direct delivery, which not only delivers wafers smoothly, but also ensures greater process stability.
As the IPSG CEI 4800's name suggests, the production capacity is up to 4,800 tablets per hour. The device will be bundled with Manz SpeedPicker for loading and unloading silicon wafers. In addition, Manz will launch new vacuum coating equipment and fleece equipment in September this year, aiming to become a full process equipment supplier.
It is understood that Manz's new factory in Suzhou will be officially opened on May 15, and its IPSG CEI 4800 will also be officially put into production at the factory. With 20 years of experience in the wet process field, Manz will provide our key customers with more efficient service and cost-effective products that combine local prices with German quality.
At 11 a.m. on May 16, Manz will unveil the IPSG CEI 4800 at its booth at E3 310, where technical experts will give detailed presentations on the product's expertise. Manz is committed to providing integrated solutions for crystal silicon solar cell and thin film solar cell module manufacturing. In SNEC 2012, Manz will bring its full series of cutting-edge innovative system solutions to the exhibition, in order to help more Chinese users to achieve the goal of high efficiency and low cost.