4-colors Fluorescence Cell & Tissue Scanner with an intuitive workflow

INNOQUANT 

Four-color detection
375, 488, 561 and 640 nm excitation
Pixel size : 0.5 μm
Fluorescent whole-slide scanner

→ Discover InnoQuant’s applications and product highlights

InnoQuant: A Revolutionary Fluorescence Whole-Slide Scanner for large field Imaging in one go and reliable quantitative Analysis

InnoQuant, a cutting-edge fluorescence whole-slide scanner, is bringing a new technology to the field of cell and tissue imaging. This imaging system can obtain a single image of your cells, tissues or thin samples in one-pass and faster than a microscope. Unlike any other imaging device on the market, InnoQuant features unprecedented scanning process without any tiling or stitching, allowing you to keep image and data integrity. This advanced instrument is designed to provide researchers and professionals with an efficient, automated, and intuitive process for fluorescence-based imaging in the fields of histology, oncology, neurology, immunology and more. 

4 colors whole-slide scanner: InnoQuant’s Key Features

Multiplexing whole-slide scanning: InnoQuant is able to scan four colors simultaneously, significantly reducing sample acquisition speed.

No post processing: the unique technology developed by Innopsys enables the acquisition of the sample by scanning the full width of the slide point-by-point. There is no tiling/stitching effect, ensuring a seamless imaging experience and the most reliable results for quantitative analysis. 

7-position emission filter for each channel: this feature allows for the detection of the most specific signal while reducing fluorescence crosstalk. It also increases the multiplexing capabilities of InnoQuant.

Intuitive process and user-friendly interface: InnoQuant’s easy-to-use interface and remote control make it a convenient tool for researchers and professionals alike.

Content-based autofocus: the scanner offers completely automated dynamic autofocus (no user intervention) that ensures clear and sharp images across the entire slide.

Quantitative fluorescence detection: InnoQuant ensures signal homogeneity during the scan, with the option of choosing between 8-bit or 16-bit multi-resolution TIFF output in a non-proprietary image format.

A fluorescence slide scanner with a large range of Applications

InnoQuant’s versatile applications include:

A unique Technology in the field of fluorescence whole slide imaging

InnoQuant features four laser excitation wavelengths at 375 nm, 488 nm, 561 nm, and 640 nm, combined to 7 emission filters for each channel. It employs 4 independent photomultipliers (PMT) for signal detection, ensuring no user intervention is required during the process.

The 4 laser beams are spatially separated and focused on the sample. They simultaneously illuminate the sample point-by-point, creating a line. The 4 lasers then proceed to illuminate the next line of the sample point-by-point. The full slide is scanned without any artefacts or tiling effect. No stitching or shading correction is required. This technology ensures that the full sample receives the same quantity of light, guaranteeing the most reliable quantitative analysis.

InnoQuant technology, scan in progress. The laser spot excites the sample point by point on the full width of the sample before scanning the next line. Each pixel is constructed depending on the size chosen by the user.

The dynamic autofocus system adapts to different sample types, offering three focus options: fully automated in-content focus, real-time autofocus, and fixed focus. With a pixel resolution of up to 0.5µm/pixel, InnoQuant ensures high-quality imaging.

InnoQuant’s Technical Specifications

InnoQuant’s advanced fluorescence whole-slide scanner offers an innovative solution for researchers and professionals in various fields, including immunofluorescence studies, cell biology, and plant sciences. With its multiplexing capabilities, user-friendly interface, and diverse applications, InnoQuant is set to become an indispensable tool for modern laboratories.