BlackEye

5 μm capable range

The solution for life sciences and medical technology

Hyperspectral Imaging Camera for challenging inspection in the MWIR range

The next-generation BlackEye hyperspectral imaging system combines a superior design and upgraded electronics in a rugged enclosure. With advanced sensor technology, this system delivers high performance over a wavelength range suitable for a variety of challenging applications such as properly sorting different types of black plastics.

High spectral resolution in the optimized 2.9 – 4.2 μm
(5 μm capable) range lets the BlackEye detect minute differences that other sensors cannot. Compatible with industry-leading perClass Mira®, the BlackEye can be deployed on the benchtop as well as in the factory. Perform real-time inspection and sorting at high speed.

Key Features

  • 640 Spatial Pixels, 200 Spectral Bands
  • Optimized 2.9 – 4.2 μm (5 μm capable) range
  • Robust Design for Industrial Environments
  • GigE Vision Interface

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Applications fields

hyperspectral_imaging_Inno-Spec_Recycling

Recycling industry

Whether it is household waste, construction waste or industrial waste, for an efficient circular economy, raw materials must be automatically and quickly removed from the waste stream and be sorted by type. HSI cameras from INNO-SPEC can provide support in this. They detect classes of material, coatings, contaminations and more.

Food processing industry

Mechanical cultivation and harvesting methods as well as global transport and supply chains present the entire food processing industry with new challenges. HSI cameras from INNO-SPEC help with quality assurance. For example, they can track down foreign bodies, measure the composition of ingredients, or find spoiled items.

hyperspectral_imaging_Inno-Spec_Food&Beverage

Process control

In many industries, constant control of all production processes is essential to ensure the quality of intermediate and final products. It allows 100% objective control of all goods in real time. Detect ingredients, material identities, surface properties and much more.

technical specifications

Spectograph

Spectral range typ.

2.9 – 4.2 μm (5 μm capable)

Spectral bands

200 (2.9 – 4.2 μm), 300 (2.9 – 5.0 μm) typical

Spectral resolution (FWHM)

< 20 nm

Spectral sampling/pixel

6.5 nm

Optics magnification

0.61x

Optical system aperture

f/2.3

Lens mount

Fixed lens and f/#

Lens options

13mm, 25mm (others by request)

Field of view

62°, 35°

Smile

< 7 px

Keystone

< 2 px

RMS spot profile

< 2 px

Camera digital data output/ control interface

GigE Vision

Electronics

Effective slit width

82 μm

Effective slit length

15.7 mm

Spatial samples

640

Bit depth

15-bit

Maximum frame rate

>520 fps (200 bands, 15-bit)

On system ROI

Single

System image corrections

On-camera bad-pixel correction and NUC

Pixel operability

>99.5% (99.8% typical)

Built in shutter

Yes

Sensor material

InSb

Full well capacity

5.8 Me-

Nominal stirling cooler MTBF

28000 h

Operation Conditions

Operating temperature

+10 – +35 °C (22 °C recommended)

Storage temperature

-10 – +60 °C

Mechanics

Compliance

RoHS

IP

IP30

Power consumption

150W typical

Power input

24 VDC +/- 20%

accessoires

MIR Lighting Kit

Different fore optics: 7 mm, 13 mm, 25 mm, 50 mm, 100 mm

perClass Mira acquisition and analysis software with run-time option

Various mounting accessories

OTHEr PRODUCTS

RedEye

NIR hyperspectral camera with a wavelength range from 950 to 2200 nm.

RedEye 1.7 OEM

NIR hyperspectral camera with a wavelength range from 950 to 1700 nm for OEM-Application fields.

GreenEye

VIS / NIR hyperspectral camera with a wavelength range of 400 to 1000 nm

BlueEye

UV hyperspectral camera with a wavelength range from 220 to 380 nm