Germany
Manufacturer/ Producer
Germany
Industrial High-Performance hyperspectral camera systems for sorting applications or quality control purposes. LLA's NIR hyperspectral imaging cameras are based on push-broom technology. The working principle is a surface inspection with a maximum penetration depth of 1mm. Within milliseconds, material will be detected and evaluated.
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UV-VIS Hyperspectral imaging camera by LLA can be used for measurements in the wavelength range from 350 nm up to 950 nm. Possible applications are colour definition or food sorting tasks.
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For the identification of larger particles such as plastic bottles, the fiberoptic multiplexed NIR spectrometer KUSTA1.9MPL-24 was developed for this application. Up to 64 tracks can be used for the plastics analysis on a conveyor belt up to 2800mm. High scan rates can be performed of up to 3m/s conveyor belt speeds. Equipment is also available: probe lines and calibration from 500mm up to 2800mm
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X-Ray flourescence spectroscopy technology for sorting of metals and many more applications. XRF Analyzer line is available as process model or as 4-element detector system with a fast Digital Pulse Processor for scientific applications. Our technology is developed by ourselves and will be produced in Berlin-Adlershof.
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The RGB camera model uniScanRGB is a line scan camera and was developed for color machine vision applications. This RGB camera can be installed as stand-alone model or as add-on for LLA's HSI models e.g. for waste paper sorting.
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Professional industrial illumination systems only for the usage in combination with LLA's hyperspectral imaging cameras. The illumination unit was developed together for HSI cameras to get the best performance. This system is a double-sided halogen light illumination.
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Justus-von-Liebig-Str. 9/11
12489 Berlin - Germany
Germany
Laser Scanner Solution: This task is a typical application of the high-resolution QuellTech 2D/3D Q5-880 Blue Laser Scanners. Two of these units are placed at the left and at the right of the measuring objects, at a defined inclination angle. Blue laser light in this case is a prerequisite, as the cast parts are red-hot, hence emitting in the red spectral range. Additionally, the client was in need of a software solution for the project, so a 3D point cloud processing application was implemented, performing inline and evaluating width, height and angle results. QuellTech customer is able to inspect continuously the product quality, simultaneously avoiding scrap. He uses the same system for more than 10 different types of castings. Errors caused by manual inspection are considerably reduced, and safety for personnel is enhanced.
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The QuellTech laser sensor family Q4 or Q5 used for these tasks is generally mounted on an arm of a rotational axis, to scan along the complete 360° angle of the internal surface in a sequence of strips. The Q4 sensors can also be used to control the weld seam tracking itself for rapid setup and ease of use. Even during a project, the range and scope of the Q Series sensor demonstrates the advantages of a modular system to quickly adapt to project needs, where the smallest system has provided fast analysis of pipes as small as 105mm. The low power, with standard communication protocols, enable battery powered systems to transmit wireless data to other systems for review and cloud back up.
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Knight Optical can offer you Plane Mirrors (general, λ/1 and λ/4), for use within 3D Mapping Applications in a range of materials such as Soda-lime float glass, white float glass, and BK7 glass. Plane mirrors also known as front surface mirrors or first surface mirrors are used within 3D Mapping Applications. As stock we hold a number of general purpose, λ/1 and λ/4 with a range of up to 6 types of coatings such as Enhanced Aluminium, Ali/SiO2 and Ali/Mgf2. Our general purpose grade mirrors are made from good quality float glass and generally available in thicknesses of 1mm, 3mm and 6mm as standard. How our mirrors are used within 3D Mapping, is they are used as a sender and receiver of a laser beam that will take a reading of a specific surface, and from that reading it can create a 3D map of the surface that is has read. FOR MORE INFORMATION READ THE PDF..
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