One-Stop Microfluidic Solutions

With Ph.D. level scientists and over a decade of experience in microfluidic systems, Creative Biolabs is dedicated to serving the unique needs of our clients by providing services that are tailored to meet your R&D timeline and budget.

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Fig. 1 Simplified microfluidic system. (Wei, et al., 2005)

Microfluidics refers to the precise control and manipulation of fluids at the microscale, especially within sub-micron structures. Also known as Lab-on-a-Chip or microfluidic chip technology, it integrates fundamental operations—such as sample preparation, reaction, separation, and detection—within a micro-scale chip to automate the entire analytical process.

Why Are Microfluidic Solutions Needed?

Microfluidic solutions play a critical role in biomedical and chemical research. Experimental needs are growing, and manual fluid-handling is inefficient in relation to these demands. Microfluidics allows fluids to be treated on the micro- or nano-scale with minimal reagent and sample consumption, fast reactions, and reproducibility. This reduces work, human variability, and improves reproducibility of data.In addition, microfluidics systems are highly integrated, incorporating sample preparation, reaction, separation and detection on the same chip, reducing the need to design experiments separately. This agile, smaller platform reduces research and development cycles and increases automation. As the need for precision medicine and high-throughput research rises, microfluidics is emerging as a technology that drives biomedical and chemical innovation.

Microfluidic System Components

Component Function and Description
Microfluidic Chip Core component for controlling fluid flow through micro-scale channels, typically made of PDMS, glass, or silicon.
Fluid Control System Uses pumps or pneumatic systems to drive fluid flow; different systems are selected based on flow rate and pressure.
Sample Injection System Precisely loads samples or reagents; automated injection systems improve efficiency and consistency.
Detection and Sensing Module Monitors reaction processes and results; sensors may include optical, fluorescent, or electrochemical detectors.
Mixing and Separation Module Enables mixing of reagents or separation of particles using spiral channels or electric field separators.
Temperature Control System Maintains precise temperatures with micro-heaters or cooling systems for specific experimental needs.
Data Acquisition and Analysis System Provides real-time data monitoring and analysis; can integrate with AI for automated analysis.
Waste Management System Handles experimental waste to prevent contamination and ensure a clean environment.
Control Interface and User Interface Offers a user interface for parameter settings and system monitoring, often equipped with touchscreens or software.

Key Services & Products

Microfluidic Chip Development for Organ-On-A-Chip

Organ-On-A-Chip

Organ-on-a-chip has many uses in drug screening, toxicity analysis and disease modeling. We have a professional engineering team and a high level of manufacturing capabilities for organ-on-a-chip design, fabrication, and validation services.

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Microfluidic Chip Development for Organ-On-A-Chip

Droplet Microfluidics

Our team specializes in offering high quality, stable microdroplet solutions to scientists across the globe. You can trust us to handle all of the processes needed to conduct your study, from chip fabrication, droplet production, high-resolution imaging, to downstream analysis. When you work with us, you select fast and perfect outcomes.

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Microfluidic Chip Development for Organ-On-A-Chip

Microfluidic Chip Products

A brilliant, stable chip is the foundation for any microfluidic experiment and customisability is the defining characteristic of microfluidic chips. We have the expertise to provide our customers with high-quality, novel microfluidic chip solutions for biological testing and experiments of any size.

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One-stop Microfluidic Solutions

Microfluidic for Nucleic Acids Solution Microfluidic for Protein Solution
Microfluidic for Small Molecule Solution Microfluidic for Single Cell Solution
Microfluidic for Organ-On-A-Chip Microfluidic for Cell Solution
Microfluidic for Droplet Generator and Flow Chemistry Microfluidic for Laminar Flow Control
Biosensor Development Services Microfluidic Services for Immunoassay
Microfluidic Services for Therapy Emulsions Synthesis
Gas Bubbles Synthesis Particles Synthesis
Encapsulation Services
Fig. 1 Simplified microfluidic system. (Wei, et al., 2005)

Advantages of Microfluidic Systems

Fig. 1 Simplified microfluidic system. (Wei, et al., 2005)
  • 01Minimal Sample and Reagent Consumption

    Microfluidic devices work at the micro- or nano-scale and only need a small amount of sample and reagents, thereby sparing resources and making them ideal for experiments using limited or expensive samples.

  • 02Cost-Effective and Competitive Pricing

    Microfluidic devices work at the micro- or nano-scale and only need a small amount of sample and reagents, thereby sparing resources and making them ideal for experiments using limited or expensive samples.

  • 03High-Throughput Analysis for Simultaneous Reactions

    Microfluidics enable multiple experiments or reactions to run simultaneously on the same chip, which can help with high-throughput screening and vastly increase efficiency, particularly for drug discovery and detection of biomarkers.

  • 04Less Analyze Time and More Faster Conclusions.

    With faster reaction times and real-time detection, microfluidics allow researchers to get a response more rapidly, which speeds up the research and development cycle.

  • 05High Resolution and Sensitivity in Detection and Separation

    Because they regulate the flow of fluid in micro-channels, microfluidic systems provide unprecedented resolution and sensitivity during detection and separation to deliver precise and accurate data.

Fig. 1 Simplified microfluidic system. (Wei, et al., 2005)

One-stop Microfluidic Solutions Brochures

The Microfluidic Platform by Creative Biolabs offers one-stop solutions for advanced microfluidic system development, integrating cutting-edge design, prototyping, and analysis to meet diverse research and diagnostic needs efficiently. Submit the form below to download this brochure!

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Platforms and Applications

Creative Biolabs offers a number of cutting-edge technology platforms. We believe we can provide the highest quality products and services for our customers in all of their applications.

Platforms Applications
Microfluidics-Based Analysis in Biology Microfluidics-Based Analysis in Cell Patterning
Microfluidics-Based Analysis in Exosome Isolation
Microfluidics-Based Analysis in Medical Science Microfluidics-Based Analysis in Clinical Diagnosis
Microfluidics-Based Analysis in Drug Testing
Microfluidics-Based Analysis in Precision Medicine
Microfluidics-Based Analysis in Public Health Monitoring Microfluidics-Based Analysis in Agro-Food Safety
Microfluidics-Based Analysis in Environmental Monitoring
Microfluidics-Based Analysis in Veterinary Diagnostics
Microfluidics-Based Analysis in Organic Wastewater Processing
Microfluidic Portable Forensic Devices
Fig. 1 Simplified microfluidic system. (Wei, et al., 2005)

Q&As

Q: What types of microfluidic devices can be developed through this service?
A: Our service offers a diverse range of microfluidic devices, such as chips, pumps, mixers, and droplet generators, designed with precision and reliability in mind. These devices enable precise manipulation of fluids and particles, facilitating various applications including cell culture, drug screening, and biochemical analysis.
Q: How can the One-Stop Microfluidic Solutions service benefit our drug development research?
A: By utilizing our service, researchers gain access to customized microfluidic devices optimized for their specific experimental requirements. These devices enhance experimental efficiency, enabling high-throughput screening, controlled drug delivery, and advanced analysis techniques, ultimately accelerating the pace of drug discovery and development.
Q: Can you provide examples of successful applications of your microfluidic solutions in drug development?
A: Our microfluidic solutions have been instrumental in various drug development applications, including high-throughput screening of compound libraries, controlled drug delivery systems, and microscale tissue engineering platforms. These applications demonstrate the versatility and effectiveness of our tailored microfluidic devices.
Q: How does your One-Stop Microfluidic Solutions service ensure quality and reliability?
A: We adhere to stringent quality control measures throughout the design, fabrication, and testing phases of our microfluidic devices. Our team of experts utilizes advanced fabrication techniques and rigorous testing protocols to ensure that each device meets the highest standards of performance and reliability.
Q: What level of expertise and support can we expect from your team throughout the project?
A: Our team consists of experienced microfluidics specialists who are dedicated to providing comprehensive support and guidance throughout the project lifecycle. From initial consultation to device optimization and troubleshooting, we are committed to ensuring a seamless and successful collaboration with our clients.
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