Manual Control: Simple, using a DPDT switch.
Relay Control: Intermediate, using relays for remote operation.
PWM Control: Advanced, for speed regulation.
Microcontroller Control: Advanced, for programmable and automated control.
Limit Switches: Safe, for automatic stop control.
Remote Control: Convenient, for wireless control.
Position Feedback: Precise, for accurate movement to a specific position.
The best control method depends on your application, whether you need simple manual control or advanced automation with feedback and programming.
The 12V power supply energizes the DC motor.
The motor’s rotation is converted into linear motion through a gear system and lead screw.
The actuator extends or retracts based on the polarity of the voltage.
Limit switches ensure it stops safely when reaching its limits.
This process makes 12V actuators ideal for applications requiring straight-line movement, such as lifting, pushing, or tilting.
Ever dreamed of a home that adjusts itself to your needs? 12V linear actuators make it possible.
Motorized Windows and Blinds: Adjust your blinds or windows with the touch of a button—perfect for letting in light or maintaining privacy.
Adjustable Furniture: Recliners, beds, and desks equipped with actuators can tilt or change height effortlessly.
Smart Storage Solutions: Hidden compartments and automated shelves? Yes, please!
Factories and warehouses rely heavily on automation, and linear actuators are a big part of that puzzle.
Conveyor Belts: Actuators regulate the movement and positioning of items on conveyor systems.
Robotic Arms: They power the precise movements of robotic arms used in assembly lines.
Packaging Machines: Linear actuators handle sealing, cutting, and labeling tasks with pinpoint accuracy.
Precision and reliability are critical in healthcare, and 12V linear actuators deliver both.
Hospital Beds: Actuators allow for height and angle adjustments, ensuring patient comfort.
Surgical Tables: These tables need fine-tuned positioning during procedures, and actuators make that possible.
Prosthetics and Rehabilitation Devices: Linear actuators provide controlled motion for assistive devices, aiding mobility and recovery.
Your car might have more actuators than you think!
Electric Tailgates and Trunk Lids: These systems use actuators to open and close automatically.
Adjustable Seats: Find your perfect seating position with actuators that tilt, lift, and slide the seat.
Sunroofs and Windows: Actuators power the smooth operation of sunroofs and power windows.
Actuators also contribute to greener technology solutions.
Solar Panel Tracking Systems: They adjust solar panels to follow the sun, maximizing energy absorption.
Wind Turbine Adjustments: Actuators help position turbine blades for optimal performance.
Automation in agriculture is booming, and actuators are playing a key role.
Tractor Attachments: Actuators adjust plows, seeders, and other farming tools.
Greenhouse Ventilation Systems: They regulate temperature and airflow by opening and closing vents.
Livestock Feed Dispensers: Actuators ensure precise delivery of feed, reducing waste.
Yes, even the entertainment industry loves a good linear actuator!
Stage Equipment: Actuators move platforms, props, and lighting systems for theatrical productions.
Simulators: They provide motion in driving or flight simulators, creating a realistic experience.
Theme Park Rides: Many amusement rides use actuators for dynamic movements and special effects.
High-tech industries like aerospace and defense also use linear actuators.
Aircraft Seating: Adjustable seating systems in airplanes use actuators for passenger comfort.
Missile Systems: Actuators help with precise adjustments and targeting.
Satellite Positioning: They ensure satellites maintain their proper orientation in space.