Interview with FactoryFour Co-Founder & CEO Param Shah
In the next 10 years, 4.6MM manufacturing jobs will become open and only 2.2MM are likely to be filled. As this skills gap widens for manufacturing firms, it's going to be critical to run their organizations as efficiently as possible.
Edge Computing as it Relates to the Manufacturing Industry
Edge computing uses dedicated, on-premise resources at the shop-floor level, rather than the remote servers that cloud computing relies on. This provides a significant increase in the rate and amount of data that manufacturers can process in real-time.
ZEISS to build new state-of-the-art facility in the Detroit metro area
The new center will provide a broad portfolio of dimensional metrology and inspection equipment and services to a wide variety of industries including: automotive, medical, aerospace, defense, machine tools and general manufacturing job shops. With almost 170 employees.
5 Steps to Preparing for the Future in the Manufacturing Sector
The manufacturing sector currently contributes £6.7 trillion to the global economy. Despite being subject to regular negative reports, the UK continues to play a significant role in the evolution and growth of global manufacturing.
Preparing to Integrate IIoT
How can controls, automation, and instrumentation help with integration and use of Industrial Internet of Things (IIoT) technologies?
5 Benefits of Using a Rugged Thin Client
When plant operators turn to a virtual desktop infrastructure to run their industrial plant processes, they need an endpoint device that can reliably deliver the efficiency they are looking for in spite of harsh plant conditions.
Creating a Flexible Manufacturing Facility Using Automation Technology
In terms of manufacturing, flexibility refers to the machines being adaptable and responsive to change. In the case of flexible manufacturing, the machines are able to adapt processes and scale their operations according to different situations...
MiR200 Improves Safety, Quality, and Competitiveness at Metro Plastics
Using the robots built-in Wi-Fi interface, operators will use tablets installed at each press to call the robot to pick up finished products and take them directly to the quality department, optimizing the robots use.
Using IoT for Machine Learning-based Predictive Maintenance
By tapping into existing maintenance or equipment logs, a manufacturer can apply machine learning to predict which connected devices or machines will be in need of servicing or forecast required inventory levels across warehouse locations...
Why Disaster Preparedness Is Important in the Manufacturing Industry
Being prepared can help prevent costly equipment or facility damage. You can't avoid every disaster, but being ready for them when they do occur can help reduce downtime and save you a lot of money on equipment repair and replacement in the long run.
Same Old Problem, Brand New Solution
A completely replaced controls system. 5 panels with all they contain. Under 7 days downtime. 100% production on day 1.
Addressing Remote Locations and Security with SD-WAN
Think of AR in an IIoT manufacturing context: now technicians with AR can remotely monitor, change and maintain systems without putting the operator in danger; however, AR requires a massive amount of network resources.
ABB inaugurates advanced innovation and manufacturing hub in Xiamen
The Xiamen Hub is ABBs largest and one of our most advanced manufacturing sites, and it demonstrates the potential of Industry 4.0 on our own premises.
Best Practices for Production in the Age of Advanced Manufacturing
Partnering with tech companies whose investments in the Fourth Industrial Revolution are aimed at streamlining manufacturing processes is the shortest, most reliable route to your company winning the future.
What Technologies are Transforming Manufacturing
Manufacturers, who invest in the latest manufacturing technologies and innovation ecosystems, will become more competitive than those who compete on price alone. Advanced technologies are producing better quality products, that, in turn, deliver higher margins ...
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Automation & Networking - Featured Product
Mouser Electornics - Maxim Integrated MAX3523 DOCSIS 3.1 Programmable-Gain Amplifiers
Maxim Integrated MAX3523 DOCSIS 3.1 Programmable-Gain Amplifiers are designed to deliver 68dBmV output power while meeting DOCSIS 3.1 requirements. These amplifiers utilize high-voltage CMOS process that enables the device to deliver high dynamic range while minimizing power dissipation under a 5V supply rail. The MAX3523 programmable-gain amplifiers cover 5MHz to 204MHz output bandwidth and consume 3.5W power with 5V supply voltage. These amplifiers consist of programmable power codes that allow operation at reduced power dissipation. Typical applications include DOCSIS 3.1 upstream (D3.1 US), Cable Modem (CM), and Customer Premises Equipment (CPE).
