Genomics laboratories play a pivotal role in advancing medical science. Leveraging Next-Generation Sequencing (NGS), they perform large-scale analysis of DNA and RNA to identify genetic mutations and gain deeper insights into a wide range of diseases. This work directly supports the development of targeted therapies and the growth of personalized medicine.
Applications are extensive, spanning oncology, rare genetic disorders such as cystic fibrosis, complex diseases including diabetes and Alzheimer’s, as well as infectious diseases like COVID-19 and cardiovascular conditions.
Automation: A cornerstone of NGS Workflows
In these settings, automation is essential. Sample preparation—one of the most critical steps in the NGS workflow—is carried out by robotic systems capable of executing complex protocols with high precision. This ensures process standardization, minimizes human error, and delivers high reproducibility.
However, these operations are subject to stringent constraints, particularly regarding contamination control. Sensitive biological samples, aerosol-related risks, and regulatory requirements make the use of Class II microbiological safety cabinets indispensable. These systems provide protection for samples, operators, and the surrounding environment.
The Erlab Solution: the H.BOX range
To address these challenges, Erlab has developed the H.Box range, specifically engineered for genomics and sequencing environments. Designed to accommodate robotic systems thanks to their large dimensions, these enclosures provide a clean, controlled environment that significantly reduces contamination risks.
Erlab also supports each project with a tailored approach, taking into account technical constraints and equipment integration requirements. The objective is to deliver a solution that is fully aligned with the specific needs of each laboratory.
In a context where environmental control is critical, the H.Box range offers a robust solution that meets the highest standards in safety, performance, and integration for modern laboratories.
