Empowering decentralized diagnostics with compact, rapid, and intelligent systems.

BioAnalix’s Point-of-Care (POC) automation platforms are engineered to deliver reliable diagnostic results in non-laboratory settings — whether at the bedside, in field clinics, or resource-limited environments. These systems bridge the gap between centralized lab testing and real-time clinical decisions.

Why Point-of-Care Automation?

Traditional diagnostic workflows are centralized and often delayed by:

Sample transport to external labs
Batch processing schedules
Manual interpretation

POC automation offers a transformative alternative by bringing testing to the patient — enabling rapid clinical decisions, improved patient outcomes, and scalable field deployment.

Key Features of BioAnalix POC Platforms

Feature	Description
Compact Design	Portable footprint, suitable for desktop or mobile use
Sample-to-Answer Workflow	Integrated system for sample prep, analysis, and result reporting
Minimal Training Required	User-friendly interfaces, often touchscreen-driven
Multiplex Capability	Detect multiple analytes (e.g., IgG/IgM/IgA) in a single cartridge
Battery-Powered Options	Field-ready devices with rechargeable battery support
Connectivity	Bluetooth/Wi-Fi for data transfer to cloud or LIMS systems

Clinical & Research Applications

Application Area	Use Case Example
Infectious Diseases	COVID-19, Influenza, RSV rapid diagnostics in urgent care
Chronic Disease Monitoring	Point-of-care HbA1c, CRP, lipid profiling
Veterinary Diagnostics	Mobile platforms for farm/field diagnostics
Environmental Health	Detection of contaminants in water or food samples
Global Health	Deployable testing in remote clinics and low-resource areas

Performance Highlights

Metric	Typical Range
Turnaround Time	10–30 minutes
Hands-on Time	<2 minutes
Sample Volume	10–100 µL
Throughput	Single-test or panel-based cartridges
Storage Conditions	Devices and kits optimized for ambient or cold chain

Platform Architecture

BioAnalix POC systems often include:

Microfluidic cartridges: For automated fluid handling and analyte separation
On-board thermal control: For incubation and amplification steps
Optical or electrochemical readers: For result capture
Companion apps: For result display, archiving, or telemedicine integration

Integration & Scalability

Open API available for integration into hospital or clinic management systems
Optional modules for barcode tracking, anonymized data collection, and wireless updates
Compatible with cold-chain free consumables (in development)

Impact & Vision

POC automation enhances access to diagnostics:

Reduces burden on centralized labs
Improves disease surveillance in public health
Enables real-time treatment decisions

Point-of-Care Automation

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