Segmented lamination stator technology delivers higher torque and power density, better thermal efficiency, cooler operation, and lower energy costs compared to traditional brushless dc motor design.

Thermal efficiency, defined as the motor's power output for a given temperature rise, is an important factor in brushless motor performance. A more thermally efficient motor not only wastes less input ...

A new pre-assembled interlock lamination system has facilitated the development of a new compact brushless servo motor for the Segway Human Transporter design. The lamination system was developed ...

Touted as the company’s first-ever products utilizing low-cost slotted-design technology for high power, the ELCOM ST Size 23 line of brushless DC servo motors is now available in a new standard 2" ...

Linear servomotors are a drive technology for high-performance motion-control applications. From automation to semiconductor and electronics industries, increasing requirements for throughput, ...

CHICAGO, Feb. 21, 2019 /PRNewswire/ -- According to the new market research report "Motor Lamination Market by Application (Performance, Comfort, and Safety), Material, Technology, Motor Type (Power ...

Pittman brand Elcom ST Series N2300 slotted brushless DC motors incorporate internal Hall sensor feedback for linear speed-torque characteristics, high starting torque, and variable speed control ...

The core of the lamination is the most important part as it leads to motor strength and performance. The grade of materials to be used are majorly defined by the motor manufacturers or the OEMs. The ...