Transmission light microscope

Transmission light microscope

High speed image acquisition Compact and sturdy integration

Compact for biomedical applicationsTransmission light microscopeIM-profile M

Microscope as a visual sensor. Our IM ultra small microscope has a width of only 40mm and uses GigE or USB 3.1 standard interfaces to provide monochrome or color microscopes with 5x, 10x, or 20x magnification.

This is a high-quality inverted machine vision microscope that is highly suitable for machine integration, pathological section scanning, microfluidics, flow cytometry, and more.

Use the free OptoViewer provided in the software package - you can choose the software integration that suits your application.

·Transmission light digital microscope for transparent samples

·A profilometer equipped with a telecentric optical system for process integrated contour measurement

IM profile M as a flow measurement module in microfluidics

The Optical Imaging Module SeriesIM-profile MThe transmission light digital microscope is very suitable for microfluidic experiments.

Utilize the accompanyingOptoViewerSoftware that can automatically detect and track individual cells or droplets, measure their velocity, and determine or read their volume online.

Plug and play, embedded, integrated.

Used for automatic blood analysis20x digital microscope IM profile M

IM-profile MColor fidelity and20The magnification ratio is very suitable for automated blood analysis systems.

By integrating transmitted light and adapting the condenser, we can achieve the best contrast for detailed imaging of microorganisms.

Based on the quantity and morphology of red blood cells, white blood cells, and platelets present, conclusions can be drawn regarding iron deficiency and leukemia.

Used for automatic blood analysis20Digital microscopeIM-profile M

IM-profile MColor fidelity and20The magnification ratio is very suitable for automated blood analysis systems

By integrating transmitted light and adapting the condenser, we can achieve the best contrast for detailed imaging of microorganisms.

Based on the quantity and morphology of red blood cells, white blood cells, and platelets present, conclusions can be drawn regarding iron deficiency and leukemia.

As part of the chip laboratory solutionIM-profile M

This compact and robust design can be integrated into the entire system in a space saving manner, such as the chip laboratory solution here.

Based on the presence ofSecoya RayDropModule droplet separation device andFluentPump device,IM-profile M（5 The amplification factor is integrated into a complete microfluidic experiment as a recording tool with counting function.