Microcalorimetry can be used to monitor the tiny amounts of heat produced by living cells as they grow and carry out metabolism. Because heat is a natural by-product of cellular activity, we can track growth rates, metabolic changes, and overall vitality in real time, without needing labels, light, or transparent samples. This makes it especially useful for studying microbes in complex, opaque, or solid materials and for comparing how different conditions or treatments affect their activity.

We can use microcalorimetry to evaluate how well materials or compounds inhibit or reduce microbial activity. By measuring the tiny heat signals produced by microbes in contact with a test material, we can track their growth or suppression in real time. This allows rapid, sensitive assessment of antimicrobial efficacy in liquids, surfaces, complex matrices, and even opaque or solid samples, helping researchers compare treatments, screen new materials, and understand how microbes respond under realistic conditions.

With microcalorimetry, you can spot microbial contamination by detecting the small amounts of heat released as microbes begin to grow. Because heat is a universal by-product of metabolism, even tiny numbers of bacteria or fungi can be detected early, often long before they become visible by other methods. This makes it a fast, sensitive, and non-invasive tool for identifying contamination or infection in samples ranging from liquids to opaque or solid materials.

Microcalorimetry can be used to monitor how materials change over time or under different conditions. By measuring tiny heat changes, we can assess stability, degradation, and aging processes in biomedical materials, pharmaceuticals, or other products. This helps predict shelf life, understand material behaviour, and ensure quality and performance throughout a product’s lifetime.

We offer custom microcalorimetry measurements tailored to your specific needs. Whether it’s studying chemical reactions, physical processes, or unique biological systems, we can design experiments to capture heat changes and provide detailed insights. In this way we can offer a flexible, sensitive, and non-invasive way to explore a wide range of processes. Additionally, we can develop our own customized calorimetry solutions and instrumentation to precisely fit the specific requirements of each customer