Variable diseases and other disorders have led to the development of diagnostic devices in recent years. In-vitro diagnostics (IVDs) are vital for detecting diseases and monitoring health, impacting around 90% of clinical decisions. Innovations in IVDs have improved diagnostic effectiveness. For example, one of the advanced Blood gas analyzers uses manifolds to detect partial gas pressures in blood and acid-base content.

Our latest whitepaper, Fluidic manifolds for medical diagnostic devices, offers a detailed guide on fluidic manifolds in disposable diagnostic devices. It covers material selection, intended use, bonding techniques and medical regulations.

The aim of the whitepaper is to enhance the reliability and performance of diagnostic devices by minimizing leakages and improving fluid handling through well-designed manifold assemblies. It discusses the advantages of manifolds over tubing, such as dependability, space-saving, cost-saving and ease of maintenance.

It underscores the importance of selecting the right materials and design based on the intended use and provides insights into secondary treatment methods. The expertise and capability of HCLTech in this medical field are highlighted, showcasing their collaboration with OEMs in material selection, design, manufacturing, regulations and sustainability solutions