Laboratory Filtration Market Analysis

The global demand for laboratory filtration has grown significantly in the past two decades. Clinical laboratories are representing an area of healthcare, which has always undergone some major changes due to technological advancements. Many new laboratory filtrations have been introduced as the result of both research and fundamental pathogenesis of diseases and the development of new methods in themselves. 

In clinical laboratories, cost savings have been frequently realized by the consolidation of laboratory sections, with the establishment of central core laboratories. Additionally, laboratory professionals are trained to concentrate on the technical performance and on the achievement and maintenance of the highest quality test results generated in laboratories. Therefore, the rising usage of filtration techniques in clinical laboratories is spurring market growth.

Laboratory Filtration Industry Segments

As per the scope of this report, the laboratory filtration market covers consumables and apparatus used for filtration processes in a laboratory setting. The research scope does not cover Industrial purification & filtration systems used in pharmaceutical and biotech manufacturing processes.

The laboratory filtration market is segmented by technology (microfiltration, ultrafiltration, reverse osmosis, vacuum filtration, and nanofiltration), product (filtration media, filtration assemblies, and filtration accessories), and geography (North America, Europe, Asia-Pacific, Middle-East and Africa, and South America).

Laboratory Filtration Market Trends

This section covers the major market trends shaping the Laboratory Filtration Market according to our research experts:

Microfiltration is Expected to Hold a Largest Share of the Market Studied during the Forecast Period

• Microfiltration dominated the global laboratory filtration market, as it is widely used for cold sterilization of API and enzymes and also for the separation of solid-liquid phases in various industries.
• Chemical resistance and high thermal stability are the main factors for increasing the adoption of microfiltration in the market studied. Microfiltration enables high separation facility and does not require additional solvents that provide easy operation and implementation of the technique.
• In 2019, according to the study of Micromachines, the HIV virus was successfully separated through tangential microfiltration in a continuous flow fashion. Thus, it is expected to boost the demand for laboratory microfiltration in the market studied.