This study investigates the influence of internal damping within drivetrain components.
Across sectors, the same operational truth is becoming harder to ignore: downtime has a direct impact on revenue. It ripples into supply chains, disrupts mission readiness, compromises service levels and, in some environments, creates genuine safety risk.
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There’s a running theme throughout concrete and aggregate producers where the motors in crushers, conveyors and pumps need to operate efficiently, extend equipment life and cut downtime—easier said than done when dealing with dust, vibration and massive shock loads. These daily challenges can be the difference between having reliable onsite equipment or navigating the costs associated with unplanned failures.
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NASA’s successful Artemis II mission represented the first crewed lunar mission since Apollo 17 in 1972 as well as a major leap forward in humanity’s return to deep space exploration. The mission launched on April 1, 2026, and lasted approximately nine days, one hour and 32 minutes.
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Automation and smart technologies are fundamentally changing what manufacturing environments look like — and more importantly, what they can achieve. Rewriting the rules of flexibility and efficiency, automated and digitalized workflows make it possible to produce more complex products in less time with less waste.
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Airports where hundreds of airplanes take off and land around the clock require perfect planning and coordination—and the tailor-made drive technology to process thousands of passengers and their baggage securely, every day. The growing focus on capacity and security issues, as well as shorter ground times, are presenting major challenges for the airport industry.
Future electric and hybrid electric vertical takeoff and landing vehicles will require high-efficiency and lightweight electric motor-driven propulsion systems. One key to designing an optimum electric motor-driven propulsion system, is to have a method for estimating the mass and efficiency of a gearbox for different power levels, motor speeds, and propeller speeds. Understanding the trade space for gearbox mass and efficiency allows the overall optimization of the propulsion system.
Bearing damage due to electric current in variable frequency drives (VFD) is well understood as a general concept. What is not yet fully developed are the models that better predict when a system is at risk and where we should be looking for early signs of damage.
Servo drives are electronic devices that control the precise motion of motors in automated systems, and they have become one of the most influential technologies behind today’s industrial transformation. Their rise reflects a broader shift toward flexible, intelligent, energy-efficient production. Demand for advanced motion control is accelerating fast, with global industrial automation projected to surpass 400 billion dollars within a few years. That growth is fueled by factories seeking accuracy, repeatability, speed, and the kind of reliability required for round-the-clock manufacturing.
Discover how R+W bellows, elastomer, disc pack and safety couplings support demanding motion control and industrial applications. Explore the defining characteristics, performance capabilities and design advantages of each coupling type and find the right solution for your requirements. Learn more about precision coupling solutions engineered for reliability, accuracy and performance.
See how SEW-EURODRIVE engineering and X.e Series industrial gear units helped power the 42-mile Dune Express conveyor. Discover how application-specific drive technology, thermal engineering, condition monitoring, and support from design through commissioning helped meet the demands of this record-breaking application.
This white paper explores the often-overlooked role of a critical, yet underestimated component in industrial automation systems. It highlights how this element impacts performance, reliability, and efficiency, and provides insights into optimizing its use. The paper emphasizes its strategic importance in designing resilient, precise systems.
This video explores the often-overlooked role of a critical, yet underestimated component in industrial automation systems. It highlights how this element impacts performance, reliability, and efficiency, and provides insights into how to choose the correct component. The video emphasizes its strategic importance in achieving resilient automation applications.
How does a ball screw work differently than a lead screw. Under what circumstances would a ball screw be better for your application than a lead screw. What issues should be considered when selecting a ball screw assembly.
Elevate the aerospace program with AMETEK PDS. See how their complete actuation systems, designed by a team of experienced engineers, can meet your specific needs—from a single actuator for a cargo door to a full flap actuation system with motors, actuators, and system-level controllers.
Aug 19, 2026
NTN, the parent company of BCA Bearings, has launched its BCA in the Bay Technician Training Program, a nationwide initiative that delivers hands-on technical training directly to professional automotive repair facilities. Building on a successful soft launch and growing industry demand, BCA in the Bay delivers practical, real-world instruction focused on bearing diagnostics, wheel-end service procedures, installation best practices, and troubleshooting techniques. The program reflects BCA Bearings' ongoing commitment to supporting the technicians who install and recommend its products every day.
Eaton recently announced it will showcase its Turbulator enhanced cooling hollow valve technology at IAA Transportation 2026, taking place Sept. 15-20 in Hannover, Germany.
Nov 24, 2026 - Nov 26, 2026
SPS (Nuremberg, Germany) highlights smart and digital automation solutions. Around 1,000 exhibitors from across the globe present forward-looking technologies and high-impact solutions for industrial applications.
Dec 8, 2026 - Dec 9, 2026
Sep 26, 2026 - Sep 30, 2026
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Power Transmission Engineering is THE magazine of mechanical components. PTE is written for engineers and maintenance pros who specify, purchase and use gears, gear drives, bearings, motors, couplings, clutches, lubrication, seals and all other types of mechanical power transmission and motion control components.
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