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By combining forced-air convection, natural hydrocarbon refrigerants, and innovative refrigeration engineering, FARRAR® CYCLONE™ delivers world-class performance and sustainability including better temperature uniformity (+/-3°C across all temperature bands), faster temperature recovery and material pull-down when compared to traditional cold-wall ULTs.

FARRAR's latest innovation blends industry-leading, ENERGY STAR® certified sustainability with powerful forced-air convection cooling performance and temperature uniformity unheard of in conventional cold wall freezers, traditional ultra-low temperature freezers, or standard cold storage solutions. When you can't leave anything to chance, you need more than a standard ULT - choose FARRAR® CYCLONE™.

FARRAR® CYCLONE™ is the industry’s first forced-air convection freeze/store chamber, purpose-built to meet precision freezing and storage needs from discovery and pre-clinical to production-scale applications. Our latest cold storage innovation protects samples from temperature excursions, provides dual purpose freezing and storing, enables quick change refrigeration system repairs, and is configurable for nearly any application.

FARRAR® CYCLONE™ is the industry’s first high performance, purpose-built, flexible temperature set point (-20°C to -80°C) freeze and store chamber specifically engineered for large molecule drug design, development, and manufacturing. CYCLONE represents true innovation in ultra-low temperature storage technology, solving workflow inefficiencies and reducing the inherent risks and challenges that plague traditional cold-wall ULT freezers.

Relying on passive backup systems for bulk biologics storage can introduce operational complexities, safety hazards, and ongoing costs - while only offering temporary protection during a compressor failure. True asset protection is better supported by active redundancy. FARRAR® ULC-FLEX™ features an available dual-loop refrigeration system. With two independent refrigeration systems engineered to run in parallel, the secondary loop is designed to sustain the critical setpoint if the primary system experiences an interruption. Explore ULC-FLEX and request a room layout or capacity model👇 #LabOps #Bioprocessing #FacilitiesEngineering #ColdChain

During bulk material handling, every second the ULT door is open can impact temperature stability. In standard cold-wall freezers, passive heat transfer can result in slower recovery to a validated setpoint - potentially exposing high-value biologics to localized warm spots. FARRAR® ULC-FLEX™ addresses this challenge with active, forced-air convection. By dynamically circulating air, it is designed to remove heat more efficiently than traditional cold-wall cabinets. Performance testing demonstrates rapid temperature recovery to -80°C following door-opening events, helping to safeguard product validation parameters. Explore ULC-FLEX and request a room layout or capacity model👇 #LabOps #Bioprocessing #FacilitiesEngineering #ColdChain