400 results for "ask the expert" ( Sorted by relevance. Sort by date )
Anticipation vs. reaction is the name of the game in fluid power, hydraulics, and pneumatics. The organizations embracing mechatronics, digital toolsets, AI and the electrification movement will be in a much better position moving forward. Here are a few of the trends/technologies to consider relating to fluid power and motion control today:
Gear Technology’s annual State-of-the-Gear-Industry survey polls gear manufacturers about the latest trends and opinions relating to the overall health of the gear industry. As in years past, the survey was conducted anonymously, with invitations sent by email to our subscribers, AGMA members, and others in the gear industry. Primarily, our responses come from North America, but they also include responses from around the world. Nearly 200 individuals responded to the survey.
With an “all-hands on deck” approach to maintenance today, engineers require the latest tools and technologies in the form of new software/apps to make MRO tasks easier. Turns out, technology is allowing your smartphones, tablets and computers to track bearing reliability and performance with an emphasis on sustainability, longevity and analysis.
Dayton Gear partnered with Helios Gear Products to install a new Hera 200 CNC gear hobber, followed shortly after by a Hera 500 CNC gear hobber. Helios had a chance to check in with Adam Baird and Brian Baird, 3rd generation at Dayton Gear, to see how their production has changed since the installation, and how they're planning and looking forward to the future.
National STEM Day, celebrated on November 8th this year, provided a platform for Gear Technology to engage in a conversation with four remarkable women shaping the manufacturing industry: Ruthie Johnston, CEO and Owner of Croix Gear; Robin Olson, Senior Manager, Applications Engineering—Engineered Gear, Regal Rexnord; Michelle Maddox, Sales and Business Development Manager, B&R Machine and Gear Corp.; and Claudia Hambleton, Office Manager and Corporate Treasurer, German Machine Tools of America (GMTA). Each of these women, driven by a shared passion for fostering the next generation of female leaders, revealed their unique journeys and perspectives in this male-dominated field.
Gear skiving is used for both soft and hard finishing. As a quality critical final step in hard finishing, the process can be used to create modifications to the tooth flank. At present there is no knowledge of the extent to which topological modifications can be applied by gear skiving. In this report, the feasibility of manufacturing topological modifications on an external gear through adapted kinematics for gear skiving has been investigated.
Gear Technology TV is the home for original gear-related content created by our editors in conjunction with a lot of really smart people in our industry whom we’ve had the pleasure to interview on camera or include in one of our discussion panels. For years, we’ve been building our library of video content, and we’ve just added a bunch more.
ABB Robotics has extended the scope of its free Wizard Easy Programming software to include its six-axis industrial robots powered by an OmniCore controller in addition to its collaborative robots. This makes ABB the first robot manufacturer to offer an easy-to-use, no-code programming tool for cobots and six-axis industrial robots, lowering barriers to automation for new users and offering ecosystem partners and integrators an efficient tool to support their customers.
Burckhardt Compression recently partnered with one of Europe's leading steelmaking mills undergoing a significant transformation. The mill aimed to convert one of its plants into a sustainable facility in compliance with stringent environmental guidelines. The project's critical aspect involved reviving four non-Burckhardt compressors that had been inactive for a decade. Acknowledging the crucial role of these compressors in steel production, the mill sought the expertise of Burckhardt Compression.
Since our founding in 1984, Gear Technology’s goal has been to improve your knowledge, bringing you the best possible technical information about gear design, manufacturing, inspection, heat treating and much more. We keep you informed about the business of gear manufacturing, including the trends and technologies that will shape your companies in the coming years.
AGMA’s Motion + Power Technology (MPT) Expo is a biennial trade show—running this year from October 17–19 at Huntington Place in Detroit—designed to serve the gear and power transmission industry, representing the full spectrum of professionals involved in the life of a gear, gearbox, or other power transmission device—from design to manufacturing, testing, heat treating, and more. You will find equipment and materials suppliers to make gears; gear and gear drive manufacturers; and every imaginable industry-adjacent supplier from software to tooling, lubrication to bearings, and much more.
There are many ways we like to connect with our audience—in print (obviously), by e-mail, online at powertransmission.com, in person and via social media.
Motion + Power Technology (MPT) show brings together the gear and power transmission industries for a unique balance of education, new technologies and networking opportunities. The show takes place October 17-19,2023 in Detroit.
Trade show and event season is upon us. This issue we feature several upcoming shows that are extremely important in terms of mechanical power transmission components and the technology of motion control.
Electric vehicles are changing the gear industry. If your business is at all attached to the manufacture of automobiles, construction equipment, motorcycles, aircraft, I hope you’re paying attention. The gears you used to make are going to be changing if they haven’t already. E-mobility isn’t going away anytime soon.
The Motion + Power Technology Expo is a three-day show that’s designed for the gear and power transmission industry, representing the entire community of professionals involved in the life of a gear, gearbox or other power transmission device—from design to manufacturing, testing, heat treating and more. You can find the suppliers of the equipment to make gears as well as gear and gear drive manufacturers themselves, along with related suppliers of things like software, tooling, lubrication, bearings and more.
The manufacturing version of Indiana Jones is much more interested in lithium, cobalt, and nickel than arks, grails or “Dials of Destiny.” So much so that the current administration is doing its part to keep up with China in the dramatic supply chain cold war taking place across the globe. We’ve all read and reread the headlines, electrification is imminent for our carbon-neutral future—the path toward electrification, however, is quite complicated.
After reading Senior Editor Matt Jaster’s article this issue (“Advancing Technology for MRO,” p. 18), I have visions of the maintenance engineer of tomorrow. He’s not wearing a hard hat and steel-toe boots. No, he’s wearing ripped jeans and a ball cap (backwards), and he’s holding a game controller, because he’s operating the drone system your company is using to do visual and thermal inspection of your equipment, saving you enormous time and effort in your predictive maintenance routine.
A sneak peek into the factory of the future has a sweet spot—so to speak. Several conveyor belts transport chocolate bars that are part of a demonstrator machine that shows how artificial intelligence can be used for motion control. What remains to be done in a real factory is to automatically pack the chocolate bars. In this Intelligent Infeed Demonstrator machine from Siemens Digital Industries, the chocolate bars must be placed in evenly spaced slots on the outfeed belt.
Verisurf Software, Inc. announces its 2024 software release providing new productivity workflows, powerful tools, enhanced functions, and expanded sensor and device compatibility, all designed to better connect metrology and manufacturing for global success.
When older equipment starts to affect the output from the power plant – operators need to act fast, to avoid production risks escalating. This is especially true for legacy pumps. However, sourcing new units to fit the surrounding infrastructure and application requirements of the plant can be challenging. When a major thermal power plant in Rajasthan, India, faced multiple issues with an aging boiler infeed pump, the energy player overcame supply and technical challenges through their partnership with Sulzer. Sulzer provided a custom solution under its OEM-X line service, that cushioned the impact to production, while offering the assurance of reliable associated support, spanning maintenance and spares for decades to come.
At first glance, the gear industry might seem like a small industry, easily navigable for someone new to it. But it’s only small in terms of the number of people involved. In fact, once you’re in it, you quickly realize the gear industry is extremely broad.
I’ve been seeing a lot of hype surrounding OpenAI’s artificial intelligence chatbot ChatGPT-4 recently. Including acing standardized tests and writing college term papers in seconds. Each time I read about it, I wonder how it, or a future generation of artificial intelligence (AI), will be used in companies and particularly in my job. To answer my question there’s no better place to go than to ask ChatGPT-4 itself.
Since OpenAI’s public introduction of ChatbotGPT, the Internet has been abuzz with talk about artificial intelligence and the implications of machines that can think and write and carry on conversations at least as well as some humans.
Siemens Digital Industries Software announced that the latest release of Simcenter software for mechanical simulation helps streamline electrification engineering projects, assists new aircraft meet margins of safety, simplifies durability testing across many industries and much more.
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