As anyone in the know can tell you, machine tending is incredibly important to the manufacturing process. A well-functioning manufacturing workflow relies on machinery consistently being loaded and unloaded with parts or materials.
Today it is being applied to diverse areas such as monitoring processes for predictive maintenance, and robotic guidance that makes it possible for robots to safely work with and respond to human interactions.
The latest wireless charging solutions use techniques based on the principle of electromagnetic induction. When an alternating current is passed through an induction coil on the transmitter side, an oscillating magnetic field is created.
Because supply chains consume resources on a large scale, they are responsible for a disproportionately large share of the world's carbon emissions.
This is how Industry 4.0 technology is revolutionizing the robotics industry - and what changes robotics professionals should expect over the next few years.
The manufacturer of the robot processing cell is the Zimmer Group from Rheinau in Germany. On its way towards Industry 4.0, the Zimmer Group has evolved from a classic component supplier to a system provider and has thus produced an entire robotic cell at once.
Automation plays a major role in Industry 4.0. Cost reduction, increased productivity and zero-defect quality are factors that are increasingly prompting companies to digitalize their processes. But often full automation also means high investments.
Vision systems from SICK enable flexible automation for positioning, inspection, and measurement tasks. It also promotes the use of collaborative robots or "cobots" as a means to effective and safe human-robot collaboration.
Musashi AI consortium is a direct result of this need and is focused on enabling the manufacturing industry to take massive leaps forward to reach the full potential that AI and the smart factory will bring to bear.
Zimmer Group has consistently and successfully oriented their mechatronic component portfolio towards Industry 4.0. These range from electric mid-class grippers for standard applications to motor spindles for chipping wood, plastic and metal, to high end products.
By updating their pneumatic system and the materials used to handle the blanks, Smart Pumps connected to IOLink Masters or similar communication devices, can bring smart feedback to existing press operators.
Industry 4.0 represents a giant leap in the evolution of machines - an evolution that has already pioneered leaps in productivity and quality of life over several hundred years. Today, our machines are connected with each other, their physical environments, and to people
The iTENDO is the worlds first intelligent toolholder with real-time process control. In an interview, developers Friedrich Bleicher and Johannes Ketterer explain how the embedded systems solution makes production smart and economical.
Solving the challenge of data interoperability exists for the IT function in many situations. For the connected factory this means enabling the flow of information between machines, which in the past has been easier said than done.
Today, over 16,000 robots in the automotive industry are operating with ZDT. Since its introduction, FANUC estimates that ZDT has saved customers over 1,300 hours of unexpected production interruptions, which equates to more than $40M.
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Manufacturing and packaging operations that still depend on manual material or parts handling operations can reap immediate benefits from a type of automation based on long-travel Cartesian robots with custom end-of-arm tooling (EOAT) and advanced sensing capabilities. These robots can support a variety of machines - performing otherwise manual tasks such as machine tending or transferring in-process parts - making long-travel Cartesian transfer robots a major upgrade to processes and operations. Download the White Paper from Bell-Everman