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Wherever access or danger areas need to be reliably and cost-effectively protected, SICK safety systems are in demand. State-of-the-art sensor technology, modular design, compact dimensions and a broad range of applications form the basis for safe and efficient manufacturing processes. SICK's comprehensive expertise in the planning, implementation and operation of safety systems has made them number one in this sector.
Bicycles and cars on the same plant?
A high speed camera from SICK verifies components in the KUKA SmartProduction Center.
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Networking production and control processes
It is now common for smart sensors to communicate with superordinate control systems via IO-Link.
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Function Block Factory: An open solution for IO-Link Function Blocks
The Function Block Factory (FBF) from SICK, an open software-based service, automatically creates...
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3D localisation for hygienic pick-and-place tasks
The ability to ensure hygienic primary packaging of sensitive open food is highly important...
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SICK launches 2D vision camera with onboard deep learning
SICK has launched its first vision camera with a pre-installed deep learning app on board.
TRUMPF and SICK develop the first industrial quantum sensor
The two companies have announced the successful functional test of the world's first quantum optical sensor for serial production.
Smart motor sensors enhance condition monitoring for servos
SICK has introduced an add-on to its EDS/EDM35 motor feedback system, designed to allow condition monitoring of drives right down to each servo axis.
SICK launches sensor-based people-counting system
A novel application of industrial LiDAR sensing helps maintain safe occupancy in facilities.
New MD for SICK Australia & New Zealand
David Crossley, formerly of Thermo Fisher Scientific, has been appointed Managing Director of SICK Australia & New Zealand.
Industry 4.0, sensor intelligence and smart factories — an eBook
Supplied by SICK Pty Ltd on 15 February, 2016
Predicting the convergence of industrial systems with the power of advanced computing, analytics, low-cost sensing and new levels of internet connectivity, Industry 4.0 promises to be the next great step in industrial advancement.
Bioenergy production and monitoring - an eBook
Supplied by SICK on 29 May, 2015
Bioenergy, produced by biomass and biogas combustion, is the world’s most common form of renewable energy production. It is a carbon-fuel energy source, but the difference when compared to coal and natural gas is that the fuel is captured from the earth’s biosphere, making it a carbon-neutral process if the fuel is supplied from a renewable source.
Photoelectric sensors in a hot glass production line
During peak production periods, well over one million glass bottles per day are made on production lines that use machines manufactured by Heye International.
RFID technology ensures accurate paper production
To maintain an overview of its production process, Kabel Premium Pulp & Paper utilises an RFID-based identification solution, with a wireless transmission system.
Shell's mobile gas measurement system for small fields
On the coast of the Netherlands, Shell mobile gas measurement stations allow gas reservoirs to be pumped out down to the last cubic centimetre.
Level measurement and protection for PCB electroplating
The cutting-edge Galvabau AG electroplating system running at the circuit board specialist Varioprint features sensor solutions by SICK for level measurement and safe area...
Söderenergi in Sweden: How biomass is turned into green energy
Not only is the Igelsta plant one of Sweden's largest biomass power plants - the plant also received recognition as the 'Building of the Year' in 2009. It...
Anti-collision systems ensure safe container-terminal operations
Container terminals operate on a 24/7 basis, so the demand on availability is extremely high. Collisions involving the boom of ship-to-shore cranes and the ships themselves...
