Bridging the Gap in Cell-to-Module Production with MSV700

Photo of the MSV700 glovebox system self-titled with graphic representations of water and oxygen molecules unable to get inside. Below is a solar cell icon with graphics depicting laser pulse lengths and labelled selection of lasers fs / ps / ns and ultra-high scribing accuracy as these graphics interact with a cross-section of a solar cell.

This is Part 3 in our deep dive into the innovative laser solutions offered by msolv® for the photovoltaics (PV) industry. In Part 2 we detailed how the SBS process  offers flexibility in solar module production. In this part we look inside one of the systems capable of SBS, MSV700. We will explain how it handles high precision, for perovskite modules in a ultra-low humidity environment, for the most demanding R&D applications.

MSV700 Is An SBS Tool With Glovebox For Ultimate Control

  • Ideal conditions with controlled-atmosphere glovebox
  • High accuracy, flexible pattern, SBS laser scribing
  • Efficient laser debris extraction
  • Alignment and inspection cameras

In the ever-evolving field of perovskite manufacturing, the MSV700 stands out as the ideal tool to bridge the gap from cell-to-module production and scale up efficiently. This advanced system is designed to meet the stringent requirements of sensitive perovskite manufacturing, ensuring optimal conditions and precision at every step. It features an controlled-atmosphere glovebox that protects all sensitive materials from potential degradation by moisture. It provides a level of environmental control perfect for high-quality and reliable perovskite modules – < 1 ppm O2 & H2O.

The MSV700 houses a high accuracy SBS laser tool with one or two laser sources allowing a choice of pulse length and wavelength including nanosecond (ns), picosecond (ps), or femtosecond (fs) at 1064nm (IR), 532nm (green) or 355nm (UV). Thus, the MSV700 provides maximum flexibility for specialized processes. In many cases, msolv® can also advise on the most appropriate laser source and optics for the application. Please contact us to find out more.

To further streamline the Research & Development process, the MSV700 includes alignment and inspection cameras. These are essential since you can’t readily take samples from the glovebox to a microscope, saving valuable time and reducing the risk of contamination. The integrated cameras provide real-time monitoring and precise alignment, ensuring that every module meets the highest standards of quality. The laser head is equipped with a powerful debris extraction system, with the extracted air recirculated into the glovebox via HEPA filters, ensuring a clean and safe working environment; essential for preventing any potential damage to delicate perovskite layers.

MSV700 is invaluable in the field of perovskite manufacturing especially for scaling up cell-to-module production. Its advanced features and capabilities make it the ideal tool, bridging the gap of small scale development and mass production with efficiency and precision. Whether you are looking to better control your laser process or achieve higher quality modules, the MSV700 is the solution you need.

In Part 4 of our deep dive series we dive deeper into cell R&D and minimodules with msolv®’s MSV100.

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