NEWS

Cryopreservation is a critical technique for preserving biological samples, including stem cells, embryos, sperm, and other sensitive specimens. At the heart of successful cryopreservation lies liquid nitrogen (LN2) storage

Good Manufacturing Practice (GMP) is a framework laying out the minimum standards that pharmaceutical manufacturers must meet throughout their production pipelines – from the procurement of raw materials to product distribution – and, of course, including all points of storage along the way

In scientific research and industry, the ability to control environmental conditions is pivotal. Enter Haier Biomedical, a trusted name in scientific equipment, offering a range of climate chambers designed to meet various needs. These chambers aren't just about maintaining specific temperatures; they're versatile tools with applications across industries. Let's delve into the multifaceted world of climate chambers and explore how Haier Biomedical caters to different sectors.

Preserving samples at ultra-low temperatures is paramount in scientific inquiry to maintain their integrity and ensure the accuracy of research outcomes. Traditionally, liquid nitrogen (LN2) storage vessels have been the cornerstone of long-term cryogenic sample storage. However, -150°C mechanical cryofreezers can be a compelling alternative, offering many advantages that challenge the conventional wisdom surrounding cryogenic storage solutions. Let's delve into the myriad benefits of -150°C mechanical cryofreezers and why they warrant serious consideration in your laboratory setting.

The landscape of blood storage technology in the United Kingdom has seen remarkable advancements, revolutionising the way blood components are preserved and ensuring the availability of safe products for medical interventions. However, amidst this progress, the issues associated with older technologies in blood bank refrigeration persist as significant challenges that demand attention and resolution.