Utilizing Frameless BLDC Motors for Electromagnetic Resistance in Next Generation of Smart Home Gym Equipment.
The new generation of smart home gym equipment utilizes BLDC motors such as our frameless motors to provide electromagnetic resistance. Such gym equipment often needs to be as light and compact as possible while still offering a full and complete workout. Frameless motors are ideal for this application because they eliminate wasted space and redundancy by design.
Aviation Applications and IP Rated Motors
Most aerospace industry components—including those used in general aviation applications—are exposed to the elements repeatedly throughout their use. This is particularly true for motors since motion control of everything from fuel lines and ailerons to instruments and controls are implemented both inside and outside of the aircraft.
Reducing Motor Weight
Today’s manufacturing equipment needs to have a smaller footprint, offer superior performance, and weigh less than ever before. Weight is an important factor not only because it aids in providing greater efficiencies for speed and torque, but for portable equipment, including table- and desk-top systems such as 3D printers, simulation systems, and medical lab equipment. In a motion system, motor weight can be very important.
Reduce Your Chances of Motor Overheating
Motor winding life is an important factor when it comes to decreasing motor failure rates. As with any other factor in a motor-driven system, there are steps that can be taken to decrease heat generation and therefore provide longer life to your motors.
4 Critical Motor Requirements Needed for a LiDAR System
LiDAR is a critical component for driverless vehicles so that they can “see” and react to obstructions that might occur while driving from one place to another. The motor, as a key component to the system, must meet tight application requirements in order to facilitate the requirements of the system.
3 Ways to Control Noise and Vibration in a Brushless Motor
Uncontrolled noise and vibration can often cause a system to degrade quickly, affect efficiency, and adversely affect the overall wear and tear of a system. Understanding how to alleviate this problem, when it occurs inside your motor, can increase the life of your whole system.
The Advantages of Slotless Motors Over Standard BLDC Motors
Slotless motors have gone through innovations in design as well as manufacturing, making them a good choice for specific applications. This article will explore the benefits and drawbacks of slotless motors and provide information that may help in knowing when to and when not to select them as a solution.
Customize winding of a Hybrid Stepper Motor to achieve higher efficiency
There are plenty of modifications we can make to a Hybrid Stepper Motor to optimize the motor’s performance to your specific application, and one of those modifications is customizing the motor’s windings.
Methods for Increasing Accuracy in Stepper Motors
Stepper motors are used in a variety of applications and in a wide spectrum of industries as a cost-effective way to provide motion for everything from robots to medical devices and from conveyors to machine tools. This article explores the ways in which an engineer can provide greater accuracy from the motor when it becomes a critical requirement.