Design

Biosensor

●

 AutoCAD : 2D Design

●

 SolidWorks : 3D Design

Microfluidic 

Device

Fabrication

Metal Mold

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 Electroplating : Ni, 8(inch)

Plastic/Film 

Device

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 CNC : 24,000(rpm), 800(mm

2)

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 Plastic Injection Molder : 100(Ton)

●

 Floating Cutter : PI, PET, Silicon

Electrode 

Fabrication

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 Ion Beam Evaporator : 8(inch)

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 Maskless Aligner : 8(inch)

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 Metal Etching System : 8(inch)

Surface 

Modification

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 I-CVD System 

   : Hydrophilic/Hydrophobic coating 

Device 

Packaging

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 Film Laminator 

   : Roll to Plate, F-Width 230(mm) 
●

 Ultrasonic Bonder : Branson, 20 kHz

Evaluation

Microfluidics 

Evaluation

●

 Microfluidic Pumps 

   : Syringe(P&F), Peristaltic(4CH) 
●

 High-Speed Camera 

   : Phantom-V7.3 500,000(SPS)
●

 Confocal Microscope 

   : Carl Zeiss(LSM 510)

Genetic 

Evaluation

●

 Automatic DNA extractor 

   : Nextractor NX-48
●

 DNA Purity Analyzer : Nanodrop

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 Real-time PCR : BioRad, CFX96

Immune 

Response 

Evaluation

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 SPR : Biacore-T200

●

 Spectrophotometer(ELISA) : MD-i3x

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 Electrochemical analyzer : CHI760

PDMS-based 

Biosensor/Device Develop.

●

 Design → Si Mold → PDMS Casting →  

   Bonding → Evaluation

Film-based 

Biosensor/Device Develop.

●

 Design → Film Cutting → 

   Stacking/Assembling → Evaluation

Plastic-based 

Biosensor/Device Develop.

●

 Design → Metal Mold → 

   Injection Molding → 
   Bonding/ Assembling → Evaluation