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LN2 vs. Mechanical Compressor ULT Freezers: A Complete Comparison
Ultra-low temperature (ULT) freezers protect some of the most valuable materials in biopharma, blood banking, and research, from drug substances and plasma to cell therapies and biobank samples. Most ULT freezers still rely on mechanical compressors and a cascade refrigeration system. Cryometrix takes a different approach: patented, compressor-free liquid nitrogen (LN2) cooling that reaches -80°C
What Is a Liquid Nitrogen Freezer and How Does It Work?
Modern laboratories, pharmaceutical manufacturers, biotechnology companies, healthcare organizations, and research institutions all rely on dependable ultra-low temperature storage. Whether preserving biological samples, protecting vaccines, or rapidly freezing temperature-sensitive materials, selecting the right freezing technology is essential for maintaining product integrity and ensuring consistent results. One of the most advanced solutions available today is the liquid
Cryometrix PF-90 Combines Blast and Plate Freezing in One System
Cryometrix has introduced the PF-90 Blast Plate Freezer, a newly developed ultra-low temperature system designed to bring together two essential freezing methods in a single platform. Engineered for biopharmaceutical manufacturing, blood banking, and research environments, the PF-90 provides a more flexible approach to freezing without increasing operational complexity. For years, facilities have had to choose
Cutting-Edge Ethanol Chilling Solutions for the CBD Industry
As the CBD market matures and competition intensifies, the focus on efficiency, product quality, and compliance has never been greater. Among the most critical steps in the cannabinoid production process is ethanol chilling, an essential phase in both extraction and winterization. For producers aiming to streamline their workflow while maintaining the highest standards of purity,
Ensuring Safe and Efficient Transportation of Biologics
In today’s rapidly evolving pharmaceutical and biotechnology landscape, biologics are complex medications derived from living cells that drive innovation in disease treatment and prevention. However, their sensitivity to environmental conditions presents a significant challenge: maintaining strict temperature control throughout the transportation process. Any temperature excursion can degrade these products, resulting in lost efficacy, costly recalls,
Meeting cGMP Standards with Cryometrix Freezers
A New Era of Cold Storage for Life Sciences In today’s pharmaceutical, biotechnology, and clinical research sectors, maintaining strict compliance with Current Good Manufacturing Practice (cGMP) is a non-negotiable requirement. From vaccine development to cell therapy production, laboratories and manufacturers are held to stringent standards that demand precise, traceable, and reproducible processes—especially when it comes
Optimizing CAR-T Cell Storage with Cryogenic Technology
Cutting-edge cryogenic freezers are transforming how CAR-T cell therapies are stored—ensuring safety, reliability, and regulatory compliance in the expanding field of cell-based medicine. Cryogenic Demands of CAR-T Therapy Chimeric Antigen Receptor T-cell (CAR-T) therapy represents one of the most revolutionary advancements in personalized medicine. By genetically reprogramming a patient’s T-cells to identify and destroy cancer
Enhancing Plasma Freezing Efficiency with Advanced LN2 Freezers
At Cryometrix, we understand just how pivotal it is to maintain the highest quality in plasma storage and processing. Our state-of-the-art liquid nitrogen (LN2) blast freezers have been engineered to address the most pressing challenges facing blood banks, research laboratories, and biopharmaceutical companies. By harnessing the power of LN2, we help your facility preserve crucial
T-90 Freezers Replacing Compressor-Based Units for Biopharma Storage
In the modern biopharmaceutical landscape, ultra-low-temperature (ULT) storage is a cornerstone of successful research, process development, and drug manufacturing. Sensitive biological samples—including cell lines, proteins, enzymes, and “seed” materials—must remain consistently below -70°C or -80°C to preserve their integrity and viability. Historically, compressor-based freezers met this need. Yet these systems often use excessive energy, generate
L-80 Max & Lite Chillers in Isopropyl Alcohol Quenching
Heat treatment is a cornerstone of many industrial processes, especially in sectors like automotive, aerospace, and heavy machinery manufacturing. Whether you are producing gears for high-performance engines or aircraft landing components, precise temperature control during quenching can dramatically impact the final metallurgical properties of your metal parts. Traditionally, many facilities have relied on dry ice
