At present, high-performance bending components and serial bending equipment manufactured by freeform bending have been successfully used in more than 10 important types of aerospace equipment and key bending structural parts of five major categories of new energy vehicles, and have achieved significant economic and social benefits.
Magnetic Particle brake is a device that utilizes the magnetization characteristics of magnetic Particle for braking.
The ascent of magnetic particle brakes in material testing machines is fueled by their precision advantage, variable torque adjustment, smooth operation, low maintenance requirements, temperature resilience, and application diversity.
The frame-type magnetic Particle brake has the advantages of simple structure and control, high-speed response, high control accuracy
The magnetic Particle brake is based on the electromagnetic principle and uses magnetic Particle to transmit torque. It has a basically linear relationship between the excitation current and the transmitted torque, and can transmit a certain torque without slip.
Magnetic powder brakes have the characteristics of fast braking response, strong braking processing capability, and high precision. At the same time, because they will not be worn due to braking, their lifespan is extended.
Magnetic Particle brake is a new transmission element that uses magnetic Particle as a medium to form a magnetic Particle chain to transmit torque when energized. I
The freeform tube bender is a machine designed to bend metal tubes into complex and intricate shapes with high precision. Unlike traditional tube benders, which are limited to simple bends along one or two planes, freeform tube benders operate on multiple axes, allowing for bending in three-dimensional space. This capability enables the creation of highly… Read More »Two freeform tube bender companies and models in Asia
Magnetic particle brakes are electromagnetic devices designed to provide controlled resistance and torque in rotating machinery.
Magnetic Particle Brakes offer distinct advantages over hydraulic brakes in certain applications. Their precise torque control, compact design, and maintenance-free operation make them ideal for industries where reliability, efficiency, and space-saving are paramount.