Wet Processing Solutions
SILEX BPP – Pre-treatment and Conditioning System for Bipolar Plates
When addressing the surface treatment demands in hydrogen technology, SINGULUS TECHNOLOGIES excels with the pre-treatment system SILEX BPP, a reliable and field-tested solution. This modular inline system can be custom-tailored to meet the specific needs of each customer, ensuring unparalleled reliability and precision in its operations. A key advantage is its ability to deliver consistently prepared substrates, regardless of the quality variations in the incoming materials. This consistency guarantees uniform conditions for follow-up processes, thereby enhancing the performance of the final product.
Wet Processing System SILEX III for Solar
SINGULUS TECHNOLOGIES provides complete automated dry-in/dry-out solutions for wet-chemical treatments of high-efficiency solar cells as well as medical applications. The modular batch wet processing system offer a wide range of process options. The machine concept fulfills current and future requirements of capacity, flexibility and reliability for mass production.
SINGULUS TECHNOLOGIES provides complete automated dry-in/dry-out solutions for wet-chemical treatments of Si-wafers in standard and high-efficiency cell lines. With respect to highest flexibility in configuration, the SILEX III machine is characterized by a clear modular design and a compact footprint. The SILEX III machine concept fulfills current and future requirements of capacity, flexibility and reliability for mass production.
The SILEX III wet processing system was specially designed for larger production volumes. With this mass production system about 550 MW annual capacity are possible for Heterojunction cell manufacturing.
- High throughput 6000-14000 wph gross; M0-M12+
- High uptime
- Low breakage rate
- Ozone-enhanced cleaning & etching
- Short and stable IPA-free texturing process
- Appropriate and effective rinsing and drying
MEDLINE Wet Processing System for Medical Applications
SINGULUS TECHNOLOGIES presents with its MEDLINE platform a modular system for wet chemical applications adaptable for different process applications. Eye lenses and dental implants are only two samples for the application. The spectrum ranges from manually loaded wet processing tools for research and development applications to fully automated platforms for high volume mass production in demanding technologies. With its process and machine technology, SINGULUS TECHNOLOGIES is a reliable partner for international customers in the fields of pharmaceuticals and healthcare.
The MEDLINE system family offers high flexibility and customized solutions. The wet processing systems are available as inline as well as batch versions according to customer requirements. The modular design provides flexibility for both manual and fully automated operation. The systems can be easily integrated into every production process.
MATERIA PCE – Poly Chunk Etch
SINGULUS TECHNOLOGIES production equipment follows the requirements of the latest PV cell processes, high throughput,low material and media consumption, thus enabling to improve cell efficiency, to save energy and raw materials and to reduce manufacturing costs for highly efficient solar cells.
With the MATERIA platforms, SINGULUS TECHNOLOGIES offers an advanced product solution for silicon raw material preparation. The MATERIA is a batch system for chemical etching, cleaning, and drying of mono & multi silicon chunks and Ingot Off Cuts. The system is adapted to the high purity demand in silicon production. Simultaneously, lowest possible total cost of ownership has been a key driver in the development of this machine. The MATERIA is a fully automated system for high throughput industrial production.
GERULUS – Wafer Block Pre-Clean & Deglue System
The GERULUS Wafer Block Pre-Clean & Deglue System represents a specialized solution utilized within the solar and semiconductor industries to meticulously clean wafer blocks of contaminants and effectively separate (deglue) them from their carrier system. Here is a detailed look at the features and functions of this system…
