TE Connectivity » Microfluidics
3 FOLLOWERS
For more than 75 years, we have partnered with customers to produce highly engineered connectivity and sensing products that make a connected world possible. Our focus on reliability and durability, our commitment to progress, and the unmatched range of our product portfolio enable companies large and small to turn ideas into technology that can transform how the world works and lives tomorrow.
TE Connectivity » Microfluidics
2w ago
Learn more about how in vitro diagnostics (IVD) is impacting STI testing in POC and OTC tests and the potential trends moving forward ..read more
TE Connectivity » Microfluidics
3w ago
The IVD Solutions team at TE is expanding its clinical trial sites in Australia, enabling them to conduct IVD clinical trials following the Therapeutic Good Administration (TGA) requirements. These clinical trial sites in the southern hemisphere can provide FDA developers with the data they need to be prepared with solutions for next year's respiratory illness ..read more
TE Connectivity » Microfluidics
3w ago
TE’s IVD Solutions Team explains the various methods and materials used to make microfluidic device prototypes and factors you need to consider ..read more
TE Connectivity » Microfluidics
3w ago
TE’s IVD Solutions Team explains “wettable” surfaces, how they are created and their impact on microfluidic chips ..read more
TE Connectivity » Microfluidics
3w ago
TE Connectivity specializes in development, testing and manufacturing of blister packs for microfluidic cartridges ..read more
TE Connectivity » Microfluidics
3w ago
TE’s IVD Solutions Team explains the advantages of using microfluidics for SCA compared to traditional techniques ..read more
TE Connectivity » Microfluidics
3w ago
A microfluidic system must have the ability to move fluids (including the sample) in the device. In the most basic system, this may be done with capillary action and “passive” flow. However, most systems have some sort of pump ..read more
TE Connectivity » Microfluidics
3w ago
TE’s IVD Solutions team explains how microfluidic chips can be used for cell culture applications, including pros and cons ..read more
TE Connectivity » Microfluidics
3w ago
An LDT is a test developed and manufactured inside a Clinical Laboratory Improvement Amendments (CLIA) certified laboratory for use only within that laboratory, and while the FDA has had the authority to oversee LDTs, until this proposed rule, the FDA has exercised enforcement discretion over LDTs ..read more
TE Connectivity » Microfluidics
4M ago
The IVD Solutions team at TE is expanding its clinical trial sites in Australia, enabling them to conduct IVD clinical trials following the Therapeutic Good Administration (TGA) requirements. These clinical trial sites in the southern hemisphere can provide FDA developers with the data they need to be prepared with solutions for next year's respiratory illness ..read more