The face of modern surveying is changing. In addition to using satellites and traditional surveying equipment such as retroreflectors and optical levels, specialists use remote sensing and UAV technologies to scan the Earth’s surface. One of these technologies is Light Detection and Ranging, or LiDar. Specialists perform the sensing method remotely to examine the planet’s surface using light pulses. The instrument contains a scanner, laser and a special GPS receiver. Rather than use an airplane or helicopter, scientists are taking advantage of drone technologies imbedded with BLDC motors to keep the aircraft aloft and powered to keep costs significantly lower….
The brushless DC motor industry is hot and expected to get hotter into 2020. Many manufacturers prefer BLDC motors for a variety of applications because of their greater efficiency, lower maintenance and high torque. Since their inception, the motors have experienced remarkable growth. Brushless DC motor manufacturers can look forward to a compound annual growth rate, or CAGR, of nearly 13 percent, which will bring the industry $49.28 billion (USD) by 2021. Top Revenue-Generating End-User Segments in the Global Brushless DC Motor Market Automotive Driving the growth of custom BLDC motors is the evolving electric vehicle industry, which has been…
Despite the amount of work still necessary to create the kinds of robots seen in movies, humanoid robotics has significantly advanced over the centuries and in recent decades. Thanks to their smaller size, ability to run off batteries, and the efficiencies they offer, custom BLDC motors have contributed to the cutting-edge industry. The more life-like a humanoid robotic application is, the more sophisticated engineering is required of brushless DC motor manufacturers. BLDC Motor Overview A BLDC, or brushless DC, motor uses a stator with windings connected to control electronics, as well as a rotor with permanent magnets. It does not…
Brushless DC motors, or BLDC motors, continue to increase in popularity in industrial applications because of the numerous advantages they offer over their brushed DC motor counterparts. BLDC motor manufacturers commonly build motors for electronics, medical applications, computers, HVAC equipment, and automotive applications. In the industrial engineering industry, brushless DC motors are frequently used for automation and manufacturing engineering applications that improve overall productivity and quality. Brushed and Brushless DC Motor Differences Brushed DC motors use an iron core, commutator, and wire coils mounted to the same shaft. These elements are made of metal, which makes them heavy and likely…
BLDC motor suppliers take advantage of the fact that BLDC motors use electronic commutation instead of brushes for commutation, making them ideally suited for manufacturing applications. The motors work well for actuation or positioning systems, as well as motion control, because of the benefits offered, such as wide speed ranges and high efficiencies.
Brushless DC motors offer accuracy and vital characteristics needed in the aerospace industry, such as the ability to withstand extreme temperatures and high shock loads.
Automobiles have undergone drastic technological changes, from the incorporation of electric ignition systems to the use of BLDC motors in various applications. Read on to learn more!
BLDC motors, or brushless DC motors, have similar speed performance and torque as brushed motors. Among BLDC motors are those with and without sensors.
BLDC motor manufacturers agree that the best ways to ensure a high-quality motor is to contract the right factories and audit the manufacturing process.
This infographic examines how BLDC motors can compete with the costs of high-grade brush motors. We offer an inside look at the BLDC motor, cost savings of embedded controller BLDC motors and much more!