The document outlines the history, features, and applications of microfluidic technology, beginning with its origins in miniaturized analysis systems. It highlights the advantages, such as integrated miniaturization and high throughput, alongside challenges like high production costs and a shortage of skilled professionals. Key applications include environmental monitoring, clinical diagnosis, and various biological analyses.

1. Introduction of
Microfluidics

2. CONTENTS
PART ONE History
PART TWO Introduction
PART THREE Features
PART FOUR Applications

3. History
The origin of microfluidic technology

4. History
Miniaturized Total
Analysis System
（μTAS）
1990
Microelectromechanical
System（MEMS）
1959
Caliper Life Sciences
is established
1995
One of the 15 most
important inventions
affecting the future
of mankind
2003
Nature-"Lab on a
Chip" Album
2006

5. Introduction
Detailed introduction of microfluidic technology

6. Introduction
03
Components
01
Overview
02
Mechanism

7. Lab-on-a-chip，Biochip
Microfluidic chip
Complete experiments
quickly and automatically
Complete chemical or
biological laboratory
Introduction-Overview

8. • Build a microfluidic
system
Introduction-Mechanism
• Reprinted to the chip
• Load biological sample
and reaction solution
• React
• Detect

9. Microfluidic Pumps
Microfluidic Chips
Sensors
Introduction-Components
Pressure pumps Piezo-electric pumps
Peristaltic pumps Syringe pumps
• Material: Silicon, Glass, Organic polymer
materials (PMMA), Paper materials
• Channel: Single-channel, Multi-channel
• Network Shape: Straight, Spiral, Curved snake,
Polygon, Folded
Valve
Tubing

10. Features
Advantages and disadvantages of microfluidic
technology

11. Integrated
miniaturizati
on and
automation
High
throughput
Low
consumption of
detection
reagents
Small sample
size
demanded
Less pollution
Features
Advantagess

12. Serious shortage
of relevant talents
High production
costs
Lack of specifications
and standards on core
technology
Difficulties of
technology platforms
Features
Disadvantages
01
02
03
04

13. Applications
Application of microfluidic technology

14. Applications
Environmental Monitoring
Electrochemical detection
Optical detection
Mass spectrometry (MS）
Analysis in pathogen detection
Analysis in cancer detection
Clinical Diagnosis
Food Safety
Pesticide residue
Pathogenic bacteria
Heavy metal
Food additives
Biology
Analysis in cell patterning
Analysis in exosome isolation
01
02
03
04

15. THANKS
1-631-871-5806
45-1 Ramsey Road, Shirley, NY 11967, USA
info@creative-biolabs.com
www.creative-biolabs.com