Lab-on-Chip & Microfluidic Devices for Precision Bioanalysis
Accelerate precision diagnostics and biological assays with micro-scale fluidics engineered for integration, speed, and scalability.
Miniaturized Labs for Scalable, Real-Time Biosensing
Lab-on-Chip (LOC) and Microfluidic Devices revolutionize biological research and diagnostics by integrating entire lab workflows into palm-sized systems. These platforms enable rapid analysis, reduced reagent consumption, and increased portability—all while delivering precise, reproducible results.
At BioinformaticsDigital, we offer a range of modular and application-specific microfluidic tools tailored for molecular diagnostics, point-of-care testing, and high-throughput screening. These systems integrate fluid handling, sensing, and data acquisition in a single compact platform—empowering real-time analysis with minimal sample volumes.
Core Components
Hardware
Microfluidic Cartridges & Custom Biochips
Disposable or reusable microfluidic chips engineered with assay-specific channel geometries, surface coatings, and reaction zones for point-of-care or multiplexed diagnostics.
Automated Fluid Control Systems
Miniaturized valves, pumps, and flow regulators designed for precise liquid handling within chip environments, supporting automated sample prep and reagent delivery.
Thermal & Pressure Control Modules
Compact modules for precise thermal cycling and pressure regulation, essential for PCR-on-chip, isothermal amplification, or cell lysis workflows.
Software
Thermal & Pressure Control Units
For temperature-sensitive reactions (e.g., PCR-on-chip)
Software Interface
Assay configuration, real-time monitoring, and result interpretation
Bioinformatics Digital Supports You
Based in 5000 Centregreen Way, Cary, NC 27513, USA Bioinformatics Digital partners with clinical labs, academic centers, and biotech innovators to develop compact, scalable microfluidic solutions. Our LOC platforms are designed with modularity in mind—allowing rapid customization and deployment for any biological or chemical workflow.
Integrations & Compatibility
Immunoassay platforms (ELISA-on-chip)
Integrations & Compatibility
PCR, qPCR, and isothermal amplification workflows
Mass spectrometry and sequencing prep systems
Cloud and edge computing for remote diagnostics
Point-of-care diagnostic systems
Cloud
- Microfluidic Cartridges & Biochips – Custom-designed to support specific assays or applications
- Fluid Control Systems – Pumps, valves, and channels for automated liquid handling
- Integrated Sensors – Optical, electrochemical, or impedance-based detection modules
Key Features
- Operates with sample volumes as low as nanoliters
- Parallelized workflows for multiplex detection
- Disposable, sterilizable, and portable chip formats
- Automated reagent mixing and flow control
- Seamless integration with downstream data analysis platforms
Applications & Industries
- Clinical Diagnostics – Point-of-care testing for infectious diseases, genetic screening, and cancer biomarkers
- Environmental Monitoring – On-site detection of pollutants, toxins, or microbial contaminants
- Food Safety & Agriculture – Rapid pathogen and allergen testing in production lines
- Biopharma R&D – Miniaturized screening assays for drug development
- Academic Research – Custom platforms for cell culture, chemotaxis, or microfluidic mixing studies
Standards & Certifications
Our systems align with:
- ISO 13485 for medical device development
- FDA Class I/II readiness for diagnostic modules
- CE Marked for POC applications
- RoHS & REACH compliant manufacturing
Case Studies
San Diego, USA
A university research lab developed a custom droplet microfluidic device for single-cell RNA quantification.
San Diego, USA
A biotech startup launched an at-home hormone testing kit using our LOC diagnostic cartridges.
Houston, USA
A hospital deployed real-time sepsis detection with integrated electrochemical sensing on-chip, reducing diagnosis time by 70%.
Ready to miniaturize your lab workflows or develop custom microfluidic platforms?
Contact Us to discuss prototyping, integration, or bulk deployment options.
