VISION SHOW PREVIEW


in-depth insight into a wide range of machine vision applications, while also creating an opportunity to engage in deepened discussions. Te first demo allows visitors to experience topics such as anomaly detection, deep OCR, the subpixel barcode reader, and an agricultural application relating to 3D plant inspection. In another live demonstration,


g


detection and a new version of the anomaly detection tool – improved template matching, and program breakpoints. Its intuitive visual environment is suitable for creating both simple applications and complex machine vision projects. www.zebra.com www.adaptive-vision.com


Visitors to MVTec Software’s booth (hall 8, C56) will be able to learn about the latest features of its Halcon standard software, its deep learning tool and its Merlic software. In particular, the new Merlic 5 version will be released just in time for the show, with numerous technical features having been added. Two interactive demos at the booth will provide


MVTec experts will show how images can easily be labelled with the aid of its deep-learning tool to optimally prepare it for training. MVTec will also participate


in the Industrial Vision Days, the lecture forum taking place alongside Vision 2021, with a presentation on deep learning. www.mvtec.com


Te HSML-E series of compact laser diode line modules will be on display from Frankfurt Laser Company (hall 10, E90) Te diode modules deliver an ultra-thin line. Te laser head and laser driver are separated, enabling a very compact head size of 12.6mm x 44mm. Te driver is 200mm away from the head, with


power stability is typically less than ±5 per cent over eight hours at an operating temperature range from 10 to 50°C. As an option these modules


are offered with potentiometer for power adjustment, external TTL modulation up to 1MHz, and analogue modulation up to 100kHz. Te housing is electrically isolated and satisfies the protection class IP67, making these modules ideal for use in industrial applications with harsh environmental


dimensions of 12.6mm x 40mm, and can be operated at 24V. Te beam line can be focused


too – for example, a thickness of 10µm at 40mm distance. Standard fan angles are 10° to 90°. Te wavelength range is from 405nm to 1,060nm with output powers up to 50mW. Te


conditions. Te major applications are machine vision, scanning, profiling and laser triangulation. www.frlaserco.com


Andanta (hall 10, H51) will show the QVGA (320 x 256) and VGA (640 x 512) InGaAs matrix sensors, now available with the spectral range of 0.6 to 1.7µm. Tey include the uncooled and cooled versions. Te quantum efficiency of these sensors is guaranteed to be greater than 70 per cent (often greater than 80 per cent) in the spectral range of 1.0-1.7µm, and still around 30 per cent at 600nm. Te InGaAs sensors can also


be supplied with a spectral range of 1.2 to 2.2µm. Noise properties and signal homogeneity across the pixels (subject of cross- hatching effects) have been improved over the past few


years, thanks to new InGaAs epitaxy processes and a two- stage thermal cooler, which is standard for 2.2µm InGaAs matrix sensors. QVGA and VGA sensors with


a spectral range of 1.1 to 1.9µm are also in development and will also come with a two-stage cooler. Noise and uniformity of sensitivity from pixel to pixel are even better here than with the 2.2µm variants. Also at Andanta’s booth will


Kithara Software (hall 8, C12) will show its latest technologies for image capture and processing in real time. For example, the most recent developments of Kithara RealTime Vision, a PC-based software solution, will be


shown. Among these is support for 10GigE Vision cameras, including link aggregation for combining multiple 10 Gigabit Ethernet streams into one, thus achieving even higher image data rates. Furthermore, the Kithara real-time system


enables implementation of PLC2’s PGC-1000 frame grabber card, which allows the CPU to be almost completely offloaded during image acquisition processes within machine vision applications. www.kithara.com


be its low-resolution InGaAs matrix sensor, FPA64x64-C, which has a spatial resolution of 64 x 64 pixels with a pixel size of 40µm. Te spectral range reaches from 1.0 to 1.6µm. Te readout rate is up to 350Hz with an integration time of 5.5µs, and up to 15Hz with an integration time of 1ms. www.andanta.de


14 IMAGING AND MACHINE VISION EUROPE AUGUST/SEPTEMBER 2021 @imveurope | www.imveurope.com


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