Turnstile and Automatic Door

The use of industrial machines enhances facility performance and accelerates production processes while also posing challenges in terms of safety.

Electromagnetic brake systems enable industrial machines to operate more safely and efficiently. These systems function by utilizing a magnetic field that generates braking force.

Electromagnetic Brake Systems are a type of braking system used in industrial machinery. These systems generate braking force through an electromagnetic field. Electromagnetic brake systems are widely used in **vehicle brakes, elevators, machine tools, conveyors, cranes, bearings,** and other industrial applications.

ELECTROMAGNETIC BRAKE SYSTEMS OFFER MANY ADVANTAGES OVER OTHER BRAKING SYSTEMS.

Electromagnetic brake systems can quickly generate braking force, allowing machines to stop faster and operate more safely. Additionally, electromagnetic brake systems are easy to use and consist of only a few components, making maintenance and repair processes simpler.

ELECTROMAGNETIC BRAKE SYSTEMS GENERATE BRAKING FORCE USING A MAGNETIC FIELD.

This magnetic field, combined with the magnetic attraction force on the brake disc, produces braking force. The brake disc moves under the influence of the magnetic field and generates braking force. Electromagnetic brake systems provide **precise control over braking force**, ensuring safer machine operation.

Electromagnetic brake systems come in various types. One type is **DC electromagnetic brakes**, which create a magnetic field using direct current. Another type is **AC electromagnetic brakes**, which generate a magnetic field using alternating current. Both types are widely used in industrial machinery.