Early this year Proax Technologies hosted Proax 4.0, an event focused on educating those in relevant industries about new products and trends within the industry. This included a number of booths showcasing new technologies from a number of Proax’s primary parterns, as well as Q&A discussion session with several industry experts.
As an OEM, you don’t need a data scientist to tell you the demand for smarter, IoT-enabled machines is intensifying. You’re on the front lines and must address customer requirements for equipment that not only collects more data – but also shares it with information systems in useful ways.
Take a look at your production facility. Each step in the process has the potential to produce valuable data that can be captured, analyzed, and used to make stronger and more effective decisions. Leading manufacturers are leveraging this data to identify trends, mitigate the impact of downtime and maintenance, increase output, and reduce costs. By taking a strategic approach to data and understanding its role in the organization, companies have created a competitive advantage that positions them for future success and growth.
As the 2010’s come to an end, the beginning of a new decade represents a symbolic moment for manufacturers of all sizes to step back and reflect on the trends, technologies, and approaches driving the industry forward. With the accelerated adoption of new capabilities and technologies such as additive manufacturing, data and analytics, and digital twin technology, combined with a shift toward a more purpose-driven approach and an increased emphasis on design and strategy, manufacturers will be tasked with creating a plan that positions their organization for long-term success and growth.
You’ve decided it’s time to invest in digital technology to drive better performance from your industrial plant assets. But how do you get started? There are many options vying for your attention. Different technical solutions from multiple vendors, different pain points you’re trying to address, even different priorities and objectives within your organization. Should you focus on minimizing lifecycle risk? Ensuring you have an optimal quantity of critical spares in your storeroom?
If you are tasked with implementing a cogeneration project, dealing with project barriers can be a huge headache for you. Wouldn’t it be nice to know that these project barriers have occurred before and can be overcome? In this article I will discuss 10 project barriers that we have come across during the implementation of over 30 CHP projects, and how YOU can ‘manage for success’ if they occur:
Omron’s self-mapping, self-navigating mobile robots are an innovative solution for automating materials transport tasks. Although each individual robot can act autonomously, there’s much more power in a coherent, coordinated group. Omron have put tremendous amounts of design and engineering work into creating the ultimate fleet management system for their LD mobile robots.
A developer of distinctive urban workspace and data centre space in Canada’s major cities, Rittal provides knowledge-based organizations with distinctive environments for creativity and connectivity.
Safety standards are evolving, and it’s important for manufacturers to make sure that their machines are compliant without hampering operators’ ability to do their jobs. If the machines aren’t compliant, serious injury could result. However, if the safeguarding gets in the way too much, operators might try to bypass it, causing the machine to still be unsafe.
Collaborative robots, or “cobots,” are highly productive automated systems. They can unlock new applications that have previously not been done with robots and employees or more experienced factory personnel from tasks that are repetitive and tedious. Collaborative robots are intended for use in industrial settings by “collaborating” with human workers. Ideally, they combine the dexterity, flexibility and problem-solving skills of a person, with the strength, endurance and precision of a machine. These robots can safely work on tasks whether or not a human is working nearby.
Robots – or more specifically cobots, may or may not be coming foryour job. But they may very well make it easier.
For over 70 years Pilz has been inspiring its customers with innovative products and solutions: initially with glass laboratory equipment, then electronic timers and later relays and programmable control systems. At each point in time Pilz has adapted to the current needs of the market and changed significantly with its technological milestones.
Shelters fabricated from glassfiber-reinforced polyester are protecting gas metering instrumentation from the harsh North Sea environment on an offshore platform upgrade project engineered by Oil & Gas Systems Limited. Two outdoor shelters – supplied by Intertec Instrumentation – provide lightweight and corrosion-resistant protection for gas chromatograph analyzers and process transmitters mounted above new natural gas export pipelines connecting the platform to an onshore UK terminal.
Innovation comes in all shapes and sizes. One company perfectly positioned to validate this piece of wisdom is Scholle IPN Canada, a packaging company recognized as a pioneer in providing bag-in-box solutions that themselves come in all shapes and sizes. Since 1947, they have provided innovative solutions in the packaging industry.
What’s the most critical information in your control system network? If you’re like most life sciences OT/IT professionals I meet, you’ll be able to answer that question even before I finish asking it. Identifying critical system data – and recognizing the need to protect it – in many ways is the easy part. But designing a network infrastructure that can both help mitigate cybersecurity risk and take advantage of the latest Internet of Things (IOT) technologies can be a sticking point.
There are two types of electric motors, alternating current (AC) and direct current (DC). AC motors can be synchronous or asynchronous. Synchronous motors are found in applications where speed and accuracy are essential, including synchronous clocks, timers in electronic appliances, and audio recorders. Able to operate at variable speeds, low-maintenance, and durable, asynchronous, or induction, motors see wide industrial use.
This project is funded [in part] by the Government of Canada.
Ce projet est financé [en partie] par le gouvernement du Canada.
