ECHO Revolution Automated Hybrid Upright and Inverted Fluorescence Microscope from Echo

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ECHO Revolution Automated Hybrid Upright and Inverted Fluorescence Microscope

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Description

This 'all-in-one' automated hybrid microscope can be used for upright and inverted observation methods.

Features:
  • Live cell imaging: view and capture live samples with automated time-lapse microscopy
  • Multi-channel: capture and overlay multiple wavelengths in fluorescence
  • Multi-point: set multiple acquisition points to view and revisit over time
  • Image stitching: capture and stitch to form large FOV high resolution images
  • Z-stack: acquire and stack images at multiple focal planes
  • Auto focus: automatically find and track best Z-plane(s) for focus, hyperscan, high-speed image stitching
  • Transmitted light, phase contrast, darkfield, polarized light and fluorescence in both upright and inverted configruations
5 MP monochrome camera - this increases field of view and resolution for fluorescence imaging. 5 MP Brightfield CMOS color camera. Intelligent objective nosepiece - this allows the software interface to automatically recognise the objective being used. Hyperscan Software (optional) - ultra fast scanning and mosaic image stitching at high-speed camera frame rates. Illumination technique: Brightfield and Epi-fluorescence (phase contrast available as an option). Ultra-bright LEDs with 50000-hour lifespan. Intuitive software functions drive cameras and illumination, replacing manual turrets and levers. Traditional eyepieces are replaced by a 28" PixelSense™ Touch Display for easier viewing. Custom software App simplifies the workflow of taking images and seamlessly integrates with other cloud sharing Apps.

The upright observation method is ideal for viewing glass slides. Useful for water dipping applications.

The inverted observation method is suitable for viewing live samples in fluidic chambers such as dishes and well plates. It also allows for easier manipulation of samples. Ideal for Long Working Distance applications.