It’s often said that data—and the sensors that capture it—are the foundation of Industry 4.0.
But in between those raw, real-time inputs about industrial processes and the agile, more fully informed decisions required to fulfill the promise of digital transformation is a tremendous amount of heavy lifting. And it’s in this industrial integration space that SICK AG, the global sensor manufacturer is making good on its longstanding brand promise of “Sensor Intelligence."
In place since 2004, this slogan has a precise meaning and continues to inform the company’s focus, according to Dr. Robert Bauer, chairman of the executive board, who addressed in January a gathering of trade journalists at the company’s headquarters of Waldkirch, a hamlet nestled in southwestern Germany’s Black Forest region. “Just as a railway station is first and foremost a station, our focus is on the intelligence enabled by the sensor,” Bauer said. “Intelligence is the only way to Industry 4.0.”
That’s not to say that the company is neglecting its core sensor technologies (the portfolio of which now numbers some 40,000 products), but investments in infrastructure, data-driven services and applications such as the SICK AppSpace, where software combines sensor data with other sources of information, represent a significant portion of the company’s R&D effort. At €169 million in 2017 research spend, the company invests more than 11% of sales revenue (€1.512 billion in 2017) back into its next generation technology and services offerings.
“Our core business is in industry, in the automation of factories, processes and logistics,” added Bauer. “But industrial automation and Industry 4.0 are two sides of the same coin.”
“Industrial automation and Industry 4.0 are two sides of the same coin.” SICK AG’s Robert Bauer revealed how the sensor specialist has grown into a leading supplier of the industrial integration technologies needed to make digital transformation a reality.
Industry 4.0 in action
SICK takes the principles of Industry 4.0 to heart, and is applying them to its own manufacturing facilities. At the upcoming Hannover Messe in April, show goers with have the opportunity to peer into the operations of the company’s new “4.0 NOW” smart production facility in Freiburg—over 600 km away from the Hannover fairgrounds. Live, streaming video will show automated guided carts (AGCs) as they make their rounds, shuttling raw materials and components to automated production cells and carrying finished products away.
“It looks so simple, but it’s the result of concentrated development and networking efforts,” said Bernhard Müller, senior vice president of Industry 4.0, SICK AG. “All of our vehicles, components and production cells are connected to each other and upload data to a cloud. Production can be scaled to match the order situation and requirements. Automated operations are carried out alongside manual work. The advantages of both methods are combined to make production efficient,” said Müller.
As a manufacturer of sensors, SICK AG has been supplying the basics for data generation for decades. “But we want to show our visitors at Hannover Messe 2019 how production and logistics can be networked and how data transparency can boost value creation potential. And it all happens in real time,” said Müller.
During the January press event, SICK also showed off its Outdoor Technology Center where, since summer 2018, the company has been proving out real-world applications of its systems, together with its customers. The 3,500-m2center, colocated with one of the company’s distribution facilities in Freiberg, includes a small test oval for autonomous vehicle applications and a simulated train station for the company’s traffic safety solutions. Long-term testing of perimeter protection, environmental monitoring and motor feedback systems also is conducted here.
At SICK’s new “4.0 NOW” smart production facility in Freiburg, Germany, automatic guided vehicles work together with human operators to shuttle in-process assemblies among a network of highly automated work cells in the most efficient way possible.