INDUSTRY UPDATE
AI entry made easy: Kontron delivers AI functionality with the KBox A-203-AI-GC
The Intel Atom®-based Box-PC is now available with an integrated Google Coral Edge TPU for AI image recognition Unlike the Kontron AI-platform based on the NXP
K
ontron, a leading global provider of IoT/Embedded Computing Technology (ECT), will soon also make its AI-
platform available as a KBox PC based on an Intel Atom® x7-E3950 processor. The KBox is ready-to-use and can be integrated directly into existing X86 landscapes to quickly and efficiently implement own application scenarios around Machine Learning and Artificial Intelligence at the Intelligent Edge. This includes, for example, image and video data processing for visual inspection, quality assurance, predictive maintenance, sorting or object recognition, as a stand-alone device or gateway. With the integrated Google Coral Edge TPU (Tensor
Processing Acceleration Unit) with up to 4 TOPS (trillion operations per second), the speed increases significantly compared to applications with simple USB cameras without TPU. In addition, the TPU supports small and low power applications and requires only one watt for two TOPS.
i.MX8M, which is available as a board product, the KBox A- 203-AI-GC can be placed directly into the control cabinet or attached to a machine without further preparation. The gateway solution is based on the proven KBox A-203 system, which is used in practice for collecting, processing and distributing sensor data. It networks different end devices and ensures smooth and secure transmission to a higher-level server infrastructure. With the AI-accelerator, visual information can now also be processed. Two front USB 3.0 ports, connections for displays, two GB Ethernet and an industrial 24 VDC power input are available as interfaces. In addition, there are serial interfaces and a fieldbus option.
Kontron Europe GmbH u
www.kontron.com
ifm module turns any sensor into a speed monitor
T
he new DP2122 mini-display module from ifm electronic transforms any sensor that provides a pulse
output into a speed monitor with a local display and two user-adjustable switching setpoints. Not only does this provide a versatile and cost-effective solution for a wide range of speed monitoring applications, it also greatly reduces the processing load on the control system PLC compared with using the PLC to directly evaluate pulses from the sensor as a way of determining speed.
Typical applications for the DP1222 module include
monitoring the operation of belt and screw conveyors, fans, centrifuges, separators and other equipment where speed must be maintained within a specified operating range.
IFM u
www.ifm.com
Keeping on track: the new KR CYBERTECH nano ARC is setting the pace in automated production
W Why automate labelling?
samples can be identified. It enables you to comply with traceability requirements, while protecting profitability.
A Brady Corporation offers a complete, automated labelling
solution that includes industrial-grade labels, automated label printing software and automated print & apply systems.
Reliable labels are selected or designed to stay
attached and remain legible in your working environment. They are automatically printed by smart label printing software and print & apply systems that can be fully integrated in your environment, and driven by your existing data. • Reduce waste • Increase Production • Save resources • Save time • Increase print jobs • Save costs
Brady offers the scanners, printers, apps and labels
you need to implement a reliable track & trace solution in challenging environments.
BRADY Corporation Ltd. u
www.brady.co.uk
automationmagazine.co.uk The KR CYBERTECH nano ARC product family is
setting new standards: the new generation of robots from KUKA is outstandingly agile, extremely fast and even more precise than its predecessors in continuous-path applications. The pioneering and upgraded 50 millimeter KUKA hollow wrist reduces main axis motion, allowing short cycle times combined with utmost precision in motion.
The new robots specialist feature repeatability of 0.04 millimeters, even at high speeds, making the KR CYBERTECH
nano ARC robots predestined experts for applications requiring maximum precision – such as arc welding and applying adhesives or sealants.
Low maintenance requirements and overall costs At the same time, the series is characterized by its long service life and the lowest maintenance requirements in the low payload category. For users, the total cost of ownership (TCO) is reduced to a minimum. This includes low operating costs due to maximum availability and reduced energy consumption compared with its predecessor.
In addition to the drive and control technology, the service and maintenance requirements have also been optimized.
Individual axes, for example, are completely maintenance-free and spare parts are available for up to 25 years. KUKA Robotics UK Limited
u
www.KUKA.com Automation | April 2021 37
utomated labelling can significantly increase the speed at which products, components, cables and even laboratory
ith the upgraded KR CYBERTECH nano series, KUKA is setting standards in the field of robot
technology for continuous-path applications in the low payload category
As part of the new generation of the KR
CYBERTECH nano robot series, KUKA is now also presenting the specialists for continuous-path applications such as arc welding, adhesive bonding or sealant application: the brand-new robots of the KR CYBERTECH nano ARC family. In the low payload category, the industrial robots deliver maximum performance at minimal costs.
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