A power transmission system doesn’t rely on a single component to move power from one place to another. Gears, belts, chains, couplings, gear reducers, bushings, and bearings each perform different jobs, but they have to work together for the system to operate properly. Throughout this series, we’ve looked at these components individually to understand what...Continue Reading
From electric motors and gear reducers to conveyors and couplings, nearly every power transmission system relies on industrial bearings to keep equipment operating efficiently. Though they’re often small compared to other components, bearings play a critical role in reducing friction, supporting moving parts, and ensuring power is transferred smoothly throughout a machine. Choosing the right...Continue Reading
Throughout this series, we’ve explored the components that help transfer power through industrial systems—from gears and belts to chains, bushings, and couplings. Each component plays a different role in moving motion and force where it needs to go. But in many applications, transmitting power isn’t enough on its own. Systems also need to control how...Continue Reading
Power transmission systems rely on many components working together to transfer motion efficiently and keep equipment operating reliably. While larger components like motors, gearboxes, bearings, and drives often receive the most attention, smaller components play an equally important role in overall system performance. One of those components is the industrial coupling. Couplings connect rotating shafts...Continue Reading
Throughout this series, we’ve explored the core components of power transmission systems—from gears and how they transfer motion, to belt drive systems, and chain-driven applications, as well as how to properly size and measure components for optimal performance. Each plays a critical role in transferring motion and force efficiently. But there’s another component that often...Continue Reading
Power transmission systems rely on many components working together to move power efficiently through equipment. In earlier articles in this series, we explored the basics of gears, belts, and chains, as well as how to choose between belt drives and chain drives. In Part 5 of this series, we’ll focus on an important maintenance and...Continue Reading
Sprockets may be small compared to other pieces of industrial equipment, but they play a big role in keeping systems running smoothly. Choosing the right sprocket for your application can improve efficiency, extend equipment life, and reduce maintenance headaches. Choosing the wrong one, however, often leads to premature wear, chain issues, and unexpected downtime. Whether...Continue Reading
Choosing an industrial equipment distributor isn’t just a purchasing decision—it’s an operational one. The right distributor helps keep projects on schedule, equipment running, and teams safe. The wrong one can slow everything down with long lead times, unclear communication, or products that don’t quite fit the job. In a fast-growing industrial market like Phoenix, AZ,...Continue Reading
In the first three parts of this series, we covered the building blocks of mechanical power transmission. We explored gears, examined how belts transfer power efficiently and quietly, and broke down the strength and durability of chains. Now comes the question many engineers, maintenance teams, and plant managers eventually face: Should you use a belt...Continue Reading
Walk into almost any factory, farm, or production facility, and you’ll find one thing quietly keeping everything moving—sprockets. These small but mighty components help drive chains, transfer motion, and power the machines that make modern industry possible. But unless you work directly with machinery, you might not know exactly what a sprocket does or why...Continue Reading
