A case study by Ossila shows the difference in inertness between their glove box and more expensive systems has minimal impact on real-world applications.
The Ossila Glove Box achieves oxygen levels below 0.5% and moisture as low as 15 ppm, while more expensive systems offer slightly tighter control with O2 and H2O levels under 0.1 ppm and a lower leak rate. Despite this, there was no significant difference between the performance of perovskite thin films fabricated in the Ossila Glove Box and a higher-specification glove box. The Ossila-produced devices achieved an impressive 19.2% champion efficiency, coming close to the 19.7% efficiency from the 0.1 ppm glove box.
Additionally, scanning electron microscopy (SEM) analysis of thin films created in both the Ossila and 0.1 ppm glove box revealed comparable uniformity and structural integrity. In contrast, thin films produced in ambient conditions displayed significant defects.
Whether you are working in solar cell development, life sciences, or material sciences, the Ossila Glove Box offers an affordable yet powerful solution for maintaining controlled atmospheres. With a leak rate of less than 0.25% vol/hour, the Ossila is an ISO class II system which provides sufficient inert conditions for most research and development needs. It is a smart choice for labs seeking cost-effective equipment without sacrificing quality or results.
