The high performance of microfluidic chips depends on the precise construction and stable operation of the micron-scale structures, which rely on advanced fabrication techniques and a complete set of supporting equipment. Microfluidic fabrication and support equipment encompass the full range of core instruments and auxiliary tools required for the design, fabrication, packaging, operation, and analysis of microfluidic chips, covering the entire process from prototype development to large-scale production.
The microchannels and functional modules of the chip are usually prepared by lithography, soft lithography, hot pressing molding or laser micromachining. These processes require high-performance equipment such as lithography machines, plasma cleaners and hot pressing bonding devices to achieve micron-level pattern transfer, surface treatment and material packaging. After the chip processing is completed, stable and efficient experimental operations also depend on a series of supporting equipment. For example, precision injection pumps and pressure control systems are used to drive liquid flow, microscopic imaging systems are used to monitor the reaction process in microchannels in real time, and temperature control platforms and sensor modules can assist in the precise regulation of complex experimental conditions.
Amerigo Scientific provides comprehensive instruments covering chip design, fabrication processes, and system integration, and other microfabrication equipment and experimental support tools based on specific needs.
Price: inquiry
Price: inquiry
Price: inquiry
Price: inquiry
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