Introducing SleepAngel Medical Barrier Bedding pillows to healthcare facilities marks a significant leap towards enhanced safety and sustainability.

To further improve the company’s processes and support our partners who wish to reduce their environmental footprint, our team is taking part in a circular economy masterclass.

The introduction of SleepAngel Medical Barrier Bedding pillows to healthcare facilities represents a substantial advancement in both safety and sustainability. In order to enhance our internal operations and provide assistance to partners seeking to minimize their environmental impact, our team is actively engaging in a circular economy masterclass.

These pillows, featuring unique PneumaPure filter technology, address hygiene concerns and the challenge of healthcare-acquired infections. As has been previously demonstrated, pillows often serve as overlooked carriers in the transmission of infections. In contrast to conventional single-use pillows or resource-intensive laundering, SleepAngel Medical pillows offer a compelling alternative. By ensuring long-term safety and usability, they effectively adhere to hygiene standards and tackle the issue of healthcare-acquired infections, all while minimizing their environmental footprint.

Lyane Lind, R&D Director at Gabriel Scientific, emphasizes our commitment to sustainability through our participation in the circular economy masterclass: “By refining our internal processes, we aim to provide stronger support to partners aiming to reduce their environmental impact, without compromising patient and caregiver safety or escalating costs. The masterclass centers on medical pillows and their role in infection transmission and waste management. This underscores our dedication to driving positive changes in healthcare practices and environmental responsibility.”

SleepAngel Medical Barrier Bedding, crafted by Gabriel Scientific in Pärnu, Estonia, incorporates patented PneumaPure® Filter technology. This groundbreaking technology prevents interior contamination, fundamentally transforming the utilization and management of soft surfaces.