Drug Stability Test Chamber LDST-A30

The Drug Stability Test Chamber LDST-A30 is specifically designed to simulate and maintain stable environmental conditions for drug stability testing. It allows precise control over temperature and humidity, supporting various testing protocols such as accelerated stability tests, long-term storage studies, and high-humidity testing. Its robust design, dual refrigeration system, and multi-programmable controller make it ideal for pharmaceutical companies engaged in R&D, quality control, and regulatory compliance testing.

Labtron’s Drug Stability Test Chamber LDST-A30 is equipped with a dual refrigeration system that operates on an alternating cycle. This system ensures uninterrupted operation even in the event of a compressor malfunction, reducing downtime and protecting critical samples. It’s particularly beneficial for long-duration tests, where continuous environmental control is essential for obtaining accurate, reliable results.

Labtron’s Drug Stability Test Chamber LDST-A30 supports up to 99 independent user-defined programs, each capable of holding up to 30 segments. Each segment can be customized with specific temperature, humidity, and timing parameters, and the timing range extends up to 99 hours per period. This flexibility allows researchers to conduct complex stability studies across varied environmental conditions, fully compliant with ICH guidelines.

To ensure safe and reliable operation, the Drug Stability Test Chamber LDST-A30 includes a temperature-limiting alarm that automatically halts the process if overheating occurs. A leakage protection system is also integrated to prevent electrical hazards. These features are critical in maintaining sample integrity and preventing equipment failure or operational accidents, especially in sensitive pharmaceutical environments.

Labtron’s Drug Stability Test Chamber LDST-A30 is ideal for a range of stability studies including accelerated testing, long-term storage testing, high-humidity exposure, and strong light irradiation tests. It is used to evaluate the physical, chemical, and microbiological stability of new and existing drug formulations over time. This helps pharmaceutical companies ensure the efficacy and safety of products before market release.