Batteries have the potential to revolutionize various industries, as Hannah Sieber, the founder of Artyc, discovered. Sieber’s previous startup, EcoFlow, utilized batteries to replace generators in homes and RVs. This experience prompted her to explore the capabilities of batteries further, particularly in smaller forms.
During her studies at Stanford, Sieber became aware of the disproportionate effects of power shutoffs in California on different communities. Wealthier areas had access to generators and microgrids, while smaller, poorer communities struggled. This realization led her to question how batteries could be used to address this issue.
Sieber focused her research on refrigeration and identified shipping as an area where battery-powered cooling could make a significant difference. She wondered if it was possible to electrify the cold chain and create battery-powered shipping solutions.
Artyc, Sieber’s latest startup, is the culmination of her exploration. The company has raised $14 million and developed a product called Medstow Micro. This white plastic cube utilizes a lithium-ion battery and a solid-state heat pump to provide cooling or heating for temperature-sensitive medical specimens. The cube can maintain samples at 3 degrees C for at least 56 hours. It also includes tracking technology and a cellular connection for real-time monitoring.
Artyc leases these boxes to customers, and due to their efficiency and reusability, they break even after only four shipments. Additionally, their carbon footprint is lower compared to alternative methods after just two shipments.
One of Sieber’s goals with Medstow Micro is to enhance patient access to clinical trials. Currently, these trials are primarily conducted in large hospitals in major cities, excluding many potential participants. By enabling the transportation of specimens to these trials, Artyc aims to increase diversity in clinical studies and ultimately develop therapies that benefit a broader population.
Artyc’s future plans involve expanding their product line to accommodate other industries. They are developing a larger box to transport temperature-sensitive foods, such as herbs, chocolate, and wine. Additionally, they plan to release a 25-liter size in 2025.
The applications for Artyc’s technology have already extended beyond healthcare. Hospitals and clinical labs have expressed interest in using the boxes for blackout-proof storage or as mobile refrigerators to simplify their operations. Sieber also sees potential in global health initiatives, where the boxes could be utilized to transport medical supplies to rural communities.
While challenges remain, such as ensuring temperature control during extenuating circumstances, Sieber remains optimistic. She believes that finding an outlet for power is easier than relying on dry ice.
In conclusion, Hannah Sieber’s innovative use of batteries in the form of Artyc’s Medstow Micro has the potential to revolutionize various industries, from healthcare to transportation and beyond. By addressing the challenges of temperature-sensitive shipping, Artyc aims to improve access to medical resources and create a more sustainable future.