Innovation, IIoT & Industry 4.0 Build the Factory of the Future

Innovation, IIoT & Industry 4.0 Build the Factory of the Future

Using 3D laser scanning and rapid prototyping, Festo created its Scharnhausen Technology Plant with Industry 4.0 and complete communication at its core, showing how innovation, the Industrial Internet of things (IIoT), and sophisticated factory automation and facility design can help build the factory of the future.

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Automation Used in Craft Beer Manufacturing Processes

Automation Used in Craft Beer Manufacturing Processes

Automation and a focus on reliable processes are at the core of a craft beer business that grew from a hobby to a full-time pursuit in less than 10 years for Jason Roeper of Rivertown Brewery & Barrel House. Read about the craft beer manufacturing process and discover how craft beer is made with the help of automation, fermentation, separation technology, and efficient equipment.

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The Future of IIoT - How Innovation Drives Industry 4.0

The Future of IIoT - How Innovation Drives Industry 4.0

It’s exciting when valves and other equipment communicate with people—sending complex data through the air to predict maintenance, prevent failure through predictive analytics, and enhance performance. But the future of the IIoT involves an even more sophisticated evolution where devices communicate with each other to solve problems and even make decisions. The 4th industrial revolution will make history with the emergence of so-called “cyber-physical systems,” which enable the evolution of artificial intelligence.

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Bionics Drive Factory Automation and Industry 4.0

Bionics Drive Factory Automation and Industry 4.0

Driving Factory Automation and Industry 4.0, Festo’s Bionic Learning Network studies the movement and behavior of animals in nature to inspire interactive, intelligent technology and machines that stretch the boundaries of factory automation and lead the charge in building the factory of the future.

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Pilot Plants Remove Risk from Full-Scale Manufacturing Projects

Pilot Plants Remove Risk from Full-Scale Manufacturing Projects

Pilot plants demonstrate the feasibility of proposed process technologies for real-world operations and help manufacturers remove the risk from full-scale projects. De-risking has always been the driving force behind pilot plants and that force is as strong, if not stronger, in today’s environment of ever-shorter product life cycles. For example, when a company’s research and development group has an idea for a new process technology, testing may be performed at a “glass scale.“

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Additive Technology Improves Manufacturing Performance

Additive Technology Improves Manufacturing Performance

By adding materials layer by layer using digital data from a 3D model, companies can now print miniature jet engines, engine parts, turbine engines, ultrasound transducers, pump impellers, and appliances. Even items such as clothing, pottery, shoes, eyewear, orthopedic implants, and some food products can be produced using additive-manufacturing techniques. In 2017, GE Aviation revealed it had used additive manufacturing to create a helicopter engine with 16 parts instead of 900.

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How to Build a World-Class Manufacturing Facility

How to Build a World-Class Manufacturing Facility

Petrochemical plant in India commits to superior maintenance and forward-thinking processes to build a world-class program and accelerate efficient operations. A 29-year-old facility looks brand new and operates at 390 MW with state-of-the-art equipment, technology, and automation. To keep this kind of facility operating at full speed requires world-class maintenance. RIL-Hazira

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How Smart Technology Helps Manufacturers Predict the Unknown

How Smart Technology Helps Manufacturers Predict the Unknown

Jeremy Drury and Rex Wetherill use their experience and expertise to simplify the art of predicting unplanned downtime by making, moving, and managing data for manufacturers. By using smart technology that makes the sophisticated Internet of Things (IoT) “as easy as 1-2-3” they help end users quickly convert reactive maintenance into a proactive strategy.

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