It is evident from our research that not only are workers not afraid of losing their jobs to automation, they are more than willing to retrain to leverage the efficiencies and benefits of artificial intelligence (AI) and robotics in the workplace
Every manufacturer needs to figure out what issues or "low hanging fruit" can be addressed to further streamline operations, increase throughput, minimize bottlenecks, and deliver exceptional customer service to maintain or expand their competitive advantage.
The IoT is more than a smart meter or the like. It is a complete new wave of automation that includes everything from omni-sensing to artificial intelligence, from smartphones to smart homes, and from smart industries to smart cities.
Many businesses are already using continuous monitoring technologies - like Internet of Things (IoT) connected devices - which is a good start; but the key lies in not just simply monitoring the output of various data (which is how many companies use it today), but by taking the next step and employing advanced algorithms and machine learning to take action from real-time insights and anticipate future outcomes.
We are in the midst of a major shift that is redefining how our manufacturing processes and industry operate. The amount of data collected from connected, digital devices is growing exponentially, enabling more robust business insights.
With flexible modern CNC manufacturing equipment, any tooling improvements and innovations that are brought to market can be easily integrated. Avoiding a major retrofit that requires huge capital expenditures and tearing up facilities to install new equipment can save manufacturers large amounts of money and improve their bottom line.
PLCs and PACs are similar as they both perform the same essential functions. With modern technology, their differences are becoming more blurred. The most notable difference between PLCs and PACs is their programming interface. PACs are more intricate, using C or C++. PLCs on the other hand, are programmed using ladder logic. These programming differences create distinctions in the architecture and capability between the two computers.
Businesses, whether in order fulfillment or manufacturing, see the need to resolve certain pain points; the trigger is usually when a company sees the costs of delivery rising, increased labor costs, and a need to control inventory.
Over the decades flat cable has been a favorite in high end computing, military and aerospace, robotics and motion control devices. Its advantages include superior flexibility, electronic noise abatement, and packaging efficiency. Its limiting factor over this time has been the need for unique termination techniques-prepping for connectors has largely required hand work.
Glebar was able to provide a zero defect fully automated no operator automotive cell, which is poised to run millions of parts per year - unattended.
Companies who do not carry out emulation (or virtual commissioning) can only start controls testing when the real system is at least predominantly assembled, which means they are near ramp and handover, with a large amount of unpredictable testing yet to be started, and probably onsite and under close client scrutiny. Hardly the best of conditions for carrying out the methodical task of analytical verification, debugging and repair.
Several different types of electric motors have been developed to address the needs of various manufacturing processes. Let's examine some of the most common types of electric motors and their strengths within the industry.
A lot has already been said about Smart Manufacturing. In the end, it's a good starting point to assess where you and your manufacturing organization are today. What have you done, what should your next steps be?
Recognizing the need for connectivity, data access, and scalability, executives at HIROTEC worked to develop a competitive strategy to capitalize on the potential benefits of the Internet of Things (IoT).
Training Tomorrow's Manufacturing Leaders: an Inside Look at McKinsey's North American Digital Capability Center (DCC)
The DCC is a unique learning center where companies' leaders and their workforces participate in hands-on, next-gen digital manufacturing workshops. This helps them advance their business operations, design and productivity, and prepare for tomorrow's jobs.
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TX2 robots: redefining performance by offering collaborative safety and high performance in a single machine. These pioneering robots can be used in all areas, including sensitive and restrictive environments, thanks to their unique features. Safety functions are easy and inexpensive to implement. They allow a higher level of interactions between robots and human operators, while still guaranteeing protection of your people, production and investment.