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CHEMICAL SIGHT TO EXTEND ARTIFICIAL VISION BEYOND COLOURS: QUANTITATIVE COMPOSITION WITH SPATIAL RESOLUTION DESCRIPTION: In-line Hyperspectral Imaging (HSI) Analyser for spatial quality monitoring, based on Near Infrared (NIR) technology. A high-precision chemical imaging system for real-time monitoring of product quality with spatial information. MAIN CHARACTERISTICS: Ideal for visualizing defects that are not visible for the human eye nor for artificial vision cameras For quantification of chemical or physical parameters with spatial information Easily combined with alarm and sorting systems Designed for industrial environments DATASHEET Lab2Line.

CHEMICAL SIGHT TO EXTEND ARTIFICIAL VISION ......housing, an industrial-grade high-speed computer and a proprietary software for processing the hypercubes according to bespoke chemometric

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Page 1: CHEMICAL SIGHT TO EXTEND ARTIFICIAL VISION ......housing, an industrial-grade high-speed computer and a proprietary software for processing the hypercubes according to bespoke chemometric

CHEMICAL SIGHT TO EXTEND ARTIFICIAL VISION BEYOND COLOURS: QUANTITATIVE COMPOSITION WITH SPATIAL RESOLUTION

DESCRIPTION:

In-line Hyperspectral Imaging (HSI) Analyser for spatial quality monitoring, based on Near Infrared (NIR) technology.

A high-precision chemical imaging system for real-time monitoring of product quality with spatial information.

MAIN CHARACTERISTICS:

Ideal for visualizing defects that are not visible for the human eye nor for artificial vision cameras

For quantification of chemical or physical parameters with spatial information

Easily combined with alarm and sorting systems

Designed for industrial environments

DATASHEETLab2Line.

Page 2: CHEMICAL SIGHT TO EXTEND ARTIFICIAL VISION ......housing, an industrial-grade high-speed computer and a proprietary software for processing the hypercubes according to bespoke chemometric

Acquisition geometry

Spectral range

Number of spectral channels

Number of pixels/line

Acquisition speed

Illumination system

Hypera is delivered as a turnkey solution totally integrated in the line. It comprises a dedicated lighting system, IP65

housing, an industrial-grade high-speed computer and a proprietary software for processing the hypercubes according to

bespoke chemometric models.

CAMERA 1Reflectance

SWIR (900-1700 nm)

168

320

420 Hz

Halogen lights

CAMERA 2Reflectance

Vis-NIR (400-1000 nm)

270

640

485 Hz

Halogen lights

CAMERA 3Transmittance

Application-dependent

1

2048 Pixels

50 fps

Narrow-band solid-state

source

TECHNICAL SPECIFICATIONS:

APPLICATIONS

Barcelona: Parc Mediterrani de la Tecnologia 1 | Avda. Carl Friedrich Gauss nº 11 | 08860 Castelldefels | (Barcelona) - Spain | TEL. + 34 93 554 25 00

Dublin: NexusUCD | University College Dublin | Blocks 9 & 10 | Belfield Office Park | Belfield - Dublin 4 | TEL. +353 1 716 57 91

THIS PROJECT HAS RECEIVED FUNDING FROM THE EUROPEAN UNION'S HORIZON 2020 RESEARCH AND INNOVATION PROGRAMME UNDER GRANT AGREEMENT No. 726572

FOODDetection of foreign bodies and foreign matter

PHARMAControl of API and spatial homogeneity and content in solid forms

CHEMICAL

Sorting and Recycling

Pills Tablets Patches

Insects Glass

CigaretteButts

Stones/ Sands

Nutshells Fruit Pits

Plastics/ Teflon

ChewingGum

Ceramics Tyres Crystal Chemical PlasticMining

Control of Polymer Composition and Surface Properties for Product Homogeneity