Foils and films are vital components in the design and function of microfluidic cards. They enable formation of microchannels, provide barriers and separation layers, serve as optical windows, create reaction chambers, and facilitate fluid control mechanisms. Heat sealing is a critical process in the assembly of microfluidic cards, providing a reliable method for integrating foils and films. It ensures strong, durable and leak-proof bonds that are essential for the proper functioning of microfluidic devices. By leveraging heat sealing, manufacturers can produce high-quality microfluidic devices for a wide range of applications in diagnostics, environmental monitoring, pharmaceutical research, and chemical analysis.
In the rapidly advancing field of medical diagnostics, the demand for reliable, high-quality products is greater than ever. A critical process that underpins the manufacturing
This video highlights TPI’s expertise in accurately heat staking a microfluidic diagnostic test card with seventeen extremely small posts. The system features a customized nest and clamping device to ensure precision on every run. Additionally, it incorporates a rotary table for easy loading and unloading, as well as increased production capacity.
This video features a C-Series machine equipped with a customized nest featuring a clamping device for heat sealing a thin membrane onto a microfluidic diagnostic testing card. The system also includes a power shuttle table, ensuring efficient and convenient loading and unloading.
