BioArc Ultra is an advanced automated sample management system with market-leading density and air-based refrigeration that prioritizes environmental compliance, supports energy reduction, and enhances efficiency.
Accommodates up to 16 million samples
Uses up to 75% less power
Requires up to 72% less floor space
Zero Global Warming…
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BioArc Ultra is an advanced automated sample management system with market-leading density and air-based refrigeration that prioritizes environmental compliance, supports energy reduction, and enhances efficiency.
- Accommodates up to 16 million samples
- Uses up to 75% less power
- Requires up to 72% less floor space
- Zero Global Warming Potential (GWP)
Designed to address the growing need for large-scale storage across diverse sample formats, the BioArc Ultra redefines -80°C automated storage systems, putting energy efficiency and sustainability at the forefront. The BioArc Ultra offers unrivaled sample storage density, an eco-friendly refrigeration system that delivers substantial energy savings, and precision sample retrieval capabilities.
As a space- and energy-saving alternative to manual freezer farms, the Ultra delivers unmatched efficiency with reduced labor requirements and lower running costs. From large-scale sample storage/warehousing and biobanking to biological and vaccine research, manufacturing, and clinical applications, the BioArc Ultra stands ready to meet the diverse needs of today’s dynamic scientific landscape and cold chain logistics.
The BioArc Ultra promises to save space and energy while making great strides in sustainability: delivering eco-friendly technology with zero Global Warming Potential (GWP) and zero Ozone Depletion Potential (ODP). The system generates a Total Equivalent Warming Impact (TEWI) that is up to 75% less than the equivalent number of manual freezers.
The BioArc Ultra incorporates open cycle refrigeration technology developed by MIRAI Intex with engineering support from Refolution GmbH. The system uses air instead of refrigeration chemicals, eliminating the need to replenish refrigerants, creating a more environmentally friendly option.
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