Micro-fluidic heating system

A micro-fluidic heating system, comprising:

• a micro-fluidic control element including an upper substrate further comprising a plurality of chambers and a plurality of flow paths for transporting micro fluid to each chamber arranged in array, and a lower substrate bonded to the upper substrate so as to shield the chambers and the flow paths;
• and
• a reusable main body including a thin-film membrane, a plurality of heating means and a temperature sensor formed on a same surface of the thin-film membrane, and a support member for supporting the thin-film membrane,
• wherein the micro-fluidic control element and the main body are releasably joined to each other so as to have each of the heating means of the main body contacted with the lower substrate of each of the chambers;
• and
• wherein the lower substrate is formed to have a thickness of 1 μm to 100 μm.

A micro-fluidic heating system, comprising:

• a micro-fluidic control element including an upper substrate further comprising a chamber and a flow path for transporting micro fluid to the chamber, and a lower substrate bonded to the upper substrate so as to shield the chamber and the flow path;
• a reusable main body including a thin-film membrane, heating means and a temperature sensor formed on a same surface of the thin-film membrane, and a support member for supporting the thin-film membrane;
• and
• non-permanent means for joining the micro-fluidic control element to the reusable main body so as to have the heating means of the main body contacted with the lower substrate of the chamber.