Amos Lin
Amos Lin
Sales Div. Director at Chip Win Technology Co., Ltd.
Hsinchu, Taiwan
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Chip Win Technology is the world leading provider of integrating Microfluidic BioChip System. And, we own the most innovative technology called Bio-PTI (Panel Type Integration) which is the sole technology being able to successfully and perfectly integrate Microfluidics, Medical Chips, IC and passive components to be a BioChips module in the world.

The strength of ChipWin is system integration in cross-field. That is why our key members all come from the core technology research team of biotechnology and semiconductors. And, each of them have over 10 years experience in chips design, manufacturing, packaging, system integration and bioassays.


Biomedical Application


Development and Manufacturing of Microfluidic Biochips

Custom Microfluidics Design and Simulation

Design of active and passive microfluidic components: Active microfluidic devices driven by various powers, such as micropumps, micromixers, microfilters and etc. Design of passive microfluidic devices, such as optimization of microfluidic channels, digital microfluidics, and etc.

Simulation and optimization of Microfluidics: Pressure/Electrical/Magnetic flow; multiphase flow; fluid-solid coupling; Molecular flow; Thermal; Surface characteristics and etc.

Specific microfluidic biochip design: Design of microfluidic chips for the applications in biochemical analysis, immunoassays, molecular diagnostics, blood pretreatment and fractionation, cell culture, molecular sorting and screening, electrophoresis and etc.


Advanced Multilayer Stacked Chip Fabrication

Ultra-thin multilayer microfluidic chip process: Custom design of multilayer chip structure and fabrication process for providing smaller, thinner, and cost effective.

Integrated microfluidic chips with heterogeneous materials: Based on customer’s requirements, we will integrate materials such as PDMS, glass, plastics, metals, and our unique polymer thin films into one multilayer stacked chip to achieve highest performance.

Modification of surface characteristics: Short term hydrophobic/hydrophilic modifications, Long term hydrophobic/hydrophilic modifications, and hybrid microfluidic channels.

Custom Microfluidics and Biochips/Biosensors Integration

Integrate your electrical or optical biochips, including BioFETs, Microarrays, and any other biosensors with the optimized microfluidic devices and micro-devices, like LED, CMOS sensor and etc. into a robust, no fluidic leakage and wearable system.

Isolate and protect your circuits of the biochip to avoid damage by the fluid.

Fabrication with low temperature to protect your biomolecules immobilized on the chip (Chip Last process).