Robotics, AI, and basic IoT digitization is the technology that will be needed to design smart factories. Abundant data and smart robotics will magnify a factory's output, while minimizing costs and defects.
Additive manufacturing or 3D printing is generally considered to be for prototyping but there is an increasing trend towards using it for production. So when does it make sense to switch to or consider using 3D printing for production of your products or parts within them?
As the baby boomers born in the 1940s and 1950s start to retire, this means that the manufacturing, lumber, distribution, and retail sectors look set to suffer from a lack of sufficiently-skilled staff in the next 20-30 years.
When working with large diesel engines, or commercial aerospace systems that require the output of large metal parts with complex shapes, creative solutions are required to hold and protect them throughout the downstream machining and finishing process.
Human Machine Interface (HMI) is present when human interaction with an automated device becomes necessary. HMI is present now more than ever due to the need for more reliable hardware, higher data security, and efficiency.
SME Publishes Second of Three Smart Manufacturing Reports to Encourage Adoption of Emerging Technologies
The Smart Manufacturing Report series from SME addresses the necessity and advantages of moving to a smart facility to thrive in an ever-increasingly competitive environment. Update - 2nd Report Now Available
For decades, we have seen jobs in manufacturing disappearing, but now the jobs are beginning to come back, because technology is helping to produce high-quality goods in the U.S. as inexpensively as in Asia.
The market share is increasing and more production industries are acquiring 3D printing units. Subtractive manufacturing has been rendered less effective, but there are many industries that are reluctant to give up their old ways.
Here we take a look at how the automotive industry is using AR to enhance production, reduce the cost of design and prototyping, and maintain their position as early adopters of new technologies.
While manufacturers aspire to digitally transform their operations, many lack the data-centric foundation required to support this digital shift and face an uphill battle with legacy systems. Here's how to push past this constraint to realize digital dividends.
RS Components have created an interactive graphic, The Manufacturing Capitals of the World. which reveals who came out on top in 2010, 2016 and who is expected to dominate the sector in 2020.
Some of the challenges that manufacturers face to accomplish lean manufacturing are introducing a manufacturing cost reduction model; the optimization of material and product flow; site planning and expansion; the design of a risk management system
It's clear that the manufacturing industry is transforming, and although automation may be reducing the need for some tasks, overall we do expect the manufacturing industry and employment to increase. 2018 is shaping up to be a good year for manufacturers.
New manufacturing technology and the move to digital is being embraced globally, because manufacturers realize this is necessary to survive, and thrive.
Jessica Twentyman for Internet of Business: Internet of Business presents four key technology trends that will help the smart factory deliver on its efficiency and responsiveness goals in 2018.
Records 1 to 15 of 58
The Model 30MT is a compact magnetic encoder module designed for the most extreme environments. It offers sealing up to IP69K, an operating temperature range of -40° to 120° C, and a shock and vibration rating that conforms to Mil-STD-202G. With a large air gap and tolerance to misalignment, up to 1024 CPR (4096 PPR with Quadrature Counting), and easy alignment and installation, the Model 30M or is an excellent solution where you need motion feedback in your robotics application.