Introduction to Electromechanics

Linear Actuators in height-adjustable work desks enable the lifting and lowering of the tabletop by converting motor movement into linear motion, allowing for precise and quiet adjustments.

Linear actuators in motorized skylights in factory buildings enable the automatic opening and closing of the windows to improve ventilation and temperature control. A typical application for this can be found here.

Electromechanical drives in lifting equipment convert electrical energy into mechanical motion to safely lift and lower loads. They provide precise control, high load capacity, and efficiency.

Electromechanical drives such as MINIs or Tower Chains are used for stage height adjustment to lift or lower the stage precisely and reliably. They ensure smooth movement and allow for flexible adjustments to different stage requirements. A typical application can be found here.

Electromechanical drives such as screw jacks are used for adjusting parabolic antennas to enable precise alignment and tracking. They convert motor movement into linear motion, allowing the antenna to be positioned accurately to ensure optimal signal strength.

Linear chains are used in scissor lift tables to enable smooth lifting movements. They efficiently transmit the driving force, ensuring that the table is raised or lowered safely and precisely. You can read about such an application here.

Electromechanical drives are used in metal presses to precisely control the pressing motion. This is done, for example, in sheet metal processing, joining techniques, or in the production of components.

Electromechanical drives are used in the control of filling processes to ensure precise dosing and movements. They enable the accurate control of pumps or valves that direct the filling material into containers. These drives ensure consistent filling amounts, increase efficiency, and enhance automation in production.

Screw jacks are used in the positioning of lift platforms to precisely raise and lower the platform. They convert the rotational movement of a motor into linear motion, enabling smooth and controlled height adjustment of the lift platform. This ensures safety and efficiency when lifting vehicles or other heavy loads.

Linear chains or electric cylinders are used in the height adjustment of conveyor screws to precisely adjust the position and angle of inclination of the screw. These drives allow for flexible control to optimize material flow and achieve different conveyor heights.

Screw jacks are used in the transportation of wind turbine nacelles to precisely lift and lower them during installation or maintenance. They enable the nacelles to be raised into the correct position on the tower and safely lowered during maintenance.

Electromechanical drives facilitate automated processes, improve production speed, and increase accuracy by responding to control commands and performing synchronized movements.

Electromechanical drives are used in industrial applications to precisely and efficiently control mechanical movements. They are utilized for tasks such as lifting, conveying, positioning, and automating processes.

Linear actuators are used in the height adjustment of medical beds to allow for precise positioning of the bed. They enable the surface to be gently and quietly raised or lowered, which is important for both patients and medical personnel.

Electromechanical drives are used in the adjustment of solar panels to align their tilt angle and orientation with the position of the sun. This maximizes solar exposure and optimizes energy generation.

Electromechanical drives are used in positioning tasks in mobile harvesting machines and tractors to enable precise adjustments of working implements. They control the positioning of mowers, plows, or other attachments, allowing for optimal working heights and angles. This improves the efficiency of the machines and ensures more accurate processing of the fields.