Introducing Microfluidics

Microfluidics is a multidisciplinary technologies for designing,manufacturing, and studying of devices that use a tiny amount of liquid and chemical in the volume of nanoliter and picoliter. Microfluidic devices have micro-channels varying from submicron to few millimeters., which is much smaller than the diameter of a human hair. Microfluidics systems work by using a pump and other external driving forces and a chip. Different types of external forces precisely move liquid pass through the micro-channels inside the chip. Those microfluidic channels allow the processing of liquids such as mixing, chemical or physical reactions. By using a liquid mixed with cells or nanoparticles, the microfluidic device enables to separating, trapping, and collecting of cells and nanoparticles. This is very helpful technologies for medical and biological industries.

Microfluidics has been increasingly used in the biological sciences, agricultural, environmental and industries.

Given that its precisely controlled experiments with a lower cost and faster pace. Broad range of applications based on microfluidic technologies such as Droplets-based microfluidic chips, DNA chips, biochips, lab-on-a-chip (LOC), lab-on-a-disc (LOAD), organ-on-a-chip (OoC), which are very interesting for a point-of-care testing of diseases, personalized medicine, drug discovery and drug delivery, gene therapy, tissue engineering, fertility testing and assistance, synthesis of chemicals or proteins. and soon.


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Realize your ideas into reality prototype microfluidics




There are a handful of technologies currently used to manufacture microfluidic chips such as Casting, stamping, rolling or laminating, micro-machining, injection molding, etching, and additive manufacturing. Feature size is the most important factor in the fabrication of Microfluidic devices. Based on our Si-based CMOS compatible facilities, the small feature size of the micro-channels can be miniaturized to 0.5 micron.


TMEC offers flexible process based on soft lithography and laser machining processes for the microfluidic chip manufacturing, handling and packaging, which are performed in our industrial cleanroom facility. The silicon master molds, plastic master molds, photoresist soft molds, and the intermediate polymer molds are fabricated in-house for good pattern qualities control and client’s IP protection with shorter lead time, faster turnaround and reasonable prices.


We offer ultra-high precision results on all materials – silicon, polymers (PDMS) or plastics (PMMA). As every material has its advantages – the choice depends on the application, type of solvents, design, and budget.

  • • Material – Silicon, Silicone (PDMS), Plastics (PMMA, PU)
  • • Feature sizes: range from 0.5 to 10 μm (depends on the bonding capability of the chip design)
  • • Single layer and multi-layers structures
  • • High aspect ratio micro-channel for large volume of liquids in a small active area
  • • Wide range of channel widths and depths available
  • • Surface modification is available – Oxygen plasma/Salinization/etching
  • • Fast turnaround for prototyping: 2 – 4 weeks


  • Microdroplet Generator
  • Microfilter device
  • Microdilution device
  • Centrifugal micro fluid
  • Cell culture device
  • Gut-on-a chip

Thai Microelectronics Center (TMEC)

51/4 Moo 1, Wangtakien District,
Amphur Muang, Chachoengsao,
Thailand 24000

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Tel: +66 38 857 100-8,
       +66 62 779 6111

Mobile: +66 92 687 1112

Fax: +66 38 857 175

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