Life Sciences

Diagnostics

Enhancing Diagnostics Through Advanced Porous Polymer Technologies

Innovative Solutions for Diagnostics

At Porex, we offer a range of innovative solutions designed to advance diagnostics and improve patient care. Our expertise in porous polymer technologies enables us to develop high-performance products that enhance the accuracy, efficiency, and reliability of diagnostic processes. Explore our comprehensive offerings in lateral flow assays, microfluidic cartridges, and sample collection media to discover how Porex can help you achieve optimal results in diagnostics. Each solution is meticulously designed and engineered to meet the unique needs of the diagnostic industry, ensuring superior performance and exceptional quality. Partner with Porex for cutting-edge solutions that drive advancements in diagnostics and elevate healthcare outcomes.

Pregnancy and Ovulation Wicks

Sample collection Media

Porex offers a comprehensive range of sample collection media to ensure accurate analysis and optimal sample preservation. Our innovative porous polymer solutions meet the stringent requirements of diverse industries, including medical, environmental, forensic, and research applications.

Sample Preparation

Samples must go through critical preparation steps to enable reliable diagnostic testing. In order to achieve the highest sensitivity, diagnostic tests require purified analytes – free from inhibitors – at a high concentration.

Lateral Flow Assay

The robustness of Porex TruFlowTM synthetic fiber pads ensures easy adaptability for reel-to-reel applications, as well as soaking and spraying processing steps. Porex TruFlow lateral flow assay pads do not include any glass fiber or cellulose, which ensures increased strength and durability for manufacturing.

Microfluidic Cartridges

Our certified pure POREX® materials ensure optimal performance, accuracy, and reproducibility while minimizing interference with critical samples and assays. The components can be easily integrated into your device using common manufacturing techniques, making the manufacturing process more efficient.