Microfluidic Imaging Microscopy System

Eyeviatech | Microfluidic Imaging Microscopy System

For applications with small chip scales, precise channels, and complex sample dynamics, we provide a high-throughput microfluidic imaging solution with a low-obstruction structure and flexible sample-space configuration. The system is optimized in structure, function, and operating experience to support in-situ microfluidic operation and real-time online observation.

High spatiotemporal resolution, long working distance, and continuous zoom balance wide chip-area views with fine channel-detail characterization. Fluorescence, inverted observation, and motorized multi-objective switching can be integrated on demand for automated equipment integration.

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Microfluidic Imaging Microscopy System

Flexible Field-of-View Switching

Balances wide chip-area views with fine channel-detail characterization

Eyeviatech provides modular optical imaging components and system-level integration support for this application. Please contact our engineering team for detailed configuration recommendations.

12:1 continuous zoom, with manual or motorized zoom integrated on demand

High spatiotemporal resolution: compatible with high-speed cameras to capture transient microscale processes.
Can be paired with high-NA objectives, offering long working distance and continuous zoom to cover both wide chip-area views and micron-level channel details.
Details

Flexible Field-of-View Switching High Resolution

Open In-situ Operating Space

Flexible integration of multiple functional modules with upright/inverted switching

Open opto-mechanical architecture enables in-situ online observation and easy switching of observation modes or functional modules.
Supports coaxial reflected illumination and backlight modes, with flexible upright/inverted switching.

Modular design supports fluorescence, inverted observation, multi-objective switching, and other configurations on demand.
Details

Flexible Upright / Inverted Switching Expandable on Demand

Basic Selection Reference

We can integrate an open in-situ microscopy observation system according to your microfluidic application. Please refer to the following basic selection guide.

Standard configuration: 12:1 continuous zoom ratio, field of view up to 11.5 mm × 8.6 mm.

High-resolution module: optical resolution up to 0.8 μm, compatible with high-speed CMOS and research-grade cameras.

Custom options: motorized zoom, motorized focus, and multi-wavelength fluorescence turret.

Application Cases

Suitable for life-science tissue imaging, dynamic microfluidic chip acquisition, high-throughput protein crystal imaging, live-cell imaging, and more.