Blog-on-Chips — PDMS

Are there any tricks of PDMS-based Lab on a Chip tech?

Posted by Nazım Yılmaz on

Are there any tricks of PDMS-based Lab on a Chip tech?
The fabrication of PDMS microfluidic devices will be discussed more closely with the given information and specification. There are 2 main parts to focus on the process. Firstly, using soft photolithography to create a negative master pattern on a silicon wafer substrate..

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General: Some Fabrication Methods in Microfluidic Devices

Posted by Nazım Yılmaz on

General: Some Fabrication Methods in Microfluidic Devices
Why do people want to use microfluidics? For sensors that are quite easy, because it has been used fewer reagents, analytes, or volume and those are really thin microfluidics channels in which can have a high sensitivity to their analyte. The focus is that mostly on the fabrication and which kind of microfluidics can make..

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Overview: LOC Devices and Fabrication of PDMS Microfluidic Chips

Posted by Nazım Yılmaz on

Overview: LOC Devices and Fabrication of PDMS Microfluidic Chips
 

Microfluidics is a science at the microscopic scale. But it's also mature technology that has already been applied to everyday objects such as inkjet printers, and LOC devices that can shrink a whole laboratory down to a few square inches...

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A Review of PDMS Microfluidic Chips and Fabrication Techniques

Posted by Nazım Yılmaz on

A Review of PDMS Microfluidic Chips and Fabrication Techniques
 

Fabrication of microfluidic systems requires the use of multiple disciplines such as material science, fluid mechanics and bioengineering. A chip’s efficiency is highly related to material properties, production technique, and design...

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The Most Suitable Materials for Microfluidic Devices

Posted by Serhat Sevli on

The Most Suitable Materials for Microfluidic Devices
 

Lab-on-a-Chip is an interdisciplinary field that allows controlling low volume fluids and is used in many natural sciences and engineering applications. Recently, industrial applications of the field have been frequent due to their important functions within biosensors and model of tissue/organ applications...

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