Cryopreservation is a paramount organ of the manufacturing method following efficient storage and transportation of cell therapies, provided the cell sustainability is maintained. Biopharmaceutical and medical spaces encompass products lyophilized within highly articulated manufacturing, resulting in the rise of freeze and thaw systems for acquisition and conveyance. Despite being in a nascent stage, the demand for freeze and thaw systems is likely to snowball in the upcoming years, especially for products deprived of freeze-drying.
The biopharmaceutical space is supposed to react accordingly to the rapid demand-supply of materials, as well as keep intermediary states of materials for a certain time period between the procedure steps. As a consequence, a feasible technique of storing and transporting delicate items becomes par for the course, promoting the advancement and application of freeze and thaw systems. With regenerative medicine turning into reality in the past decade, cells are categorized under medicinal products, leading to the emergence of improved supervision over freezing and thawing technique.
Persistent Market Research, according to its new business intelligence study, suggests that the adoption of freeze and thaw systems clicked ~3650 units in 2018, equating to revenues worth US$ 253.5 Mn and the market is envisioned to progress at a promising CAGR of ~7% over the foreseeable period 2019-2029. The growing need for appropriate management of delicate and deterioration-materials at pharmaceutical & biotechnology firms, and academic & research settings guides the market of freeze and thaw systems to a steady growth trail.
Rising Chronic Disorders Alongwith Innovative Therapies Drives the Demand for Freeze and Thaw Systems in Academic & Research Institutes
Academic & research institutes are walking the extra mile to bring forth new innovations to cater to the increasing demand for advanced treatments, drugs, and medication. As such, the construction of clinical trial setups witnesses an uplift. In addition, freeze and thaw systems facilitate research and development, where the technique occurs with a minimum amount of product.
Surging health-related problems in tandem with the need to recognize solutions to confront and tackle various chronic illnesses are creating space for new-age drugs, and treatments. Consequently, the necessity for suitable and secured storage and transportation of cell-based entities, and hormonal drugs intensifies, encouraging the growth of freeze and thaw systems market in the further time period.
Biopharmaceutical Companies Embrace Disposable Freeze and Thaw Systems Following Greater Capacity and Effective Freeze and Thaw Capabilities
In recent years, disposable freeze and thaw systems have been garnering significant traction, particularly in the biopharmaceutical domains. Disposable freeze and thaw systems offer umpteen advantages, including capacity akin to a 100L bag-in-box vessel. The bags of disposable freeze and thaw systems are stuffed with starting materials of larger raw materials as compared to those comprising stainless steel.
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The presence of heat exchange plates provides fast-paced freezing of the disposable freeze and thaw system bags, offering optimum thermal transmission, and shielding of the bags. In addition, a temperature sensor, placed at the centerline of the vessel, allows monitoring the advancement of freezing in disposable freeze and thaw systems.