12V Linear Actuators

Embrace the precision of an Actuonix 12V linear actuator for your next project. Designed to integrate seamlessly with 12-volt systems, our actuators excel in automotive, robotics and electronic applications, offering controlled, linear movement in compact spaces. Explore our entire selection of 12V linear actuators and revolutionize your projects today.

Find The Perfect 12V Linear Actuator

Discover a new world of precision and reliability with 12V linear actuators from Actuonix. Each linear actuator in our inventory sits at the forefront of linear motion technology and is expertly designed to transform electrical energy into powerful, controlled linear motion.

12V actuators are very versatile, aligning perfectly with the types of power systems commonly used in automotive technologies, robotics, electronics and more. 12V actuators also stand out for their ability to offer controlled, linear movement in compact spaces. It's ideal for applications where space is at a premium and precision is non-negotiable. Let Actuonix 12V linear actuators take your projects to new heights. Browse our entire selection or search actuators by model today.

How Do 12V Actuators Work?

Let's take a closer look at how 12V linear actuators function:

Power Source: 12V actuators require a 12V power supply for operation. This voltage level is ideal for compatibility with many standard electrical systems in vehicles, consumer electronics and more.
Conversion of Energy: Inside each 12V actuator, there's an electric motor. This motor converts the electrical energy from the power source into mechanical energy. The type of motor and its specifications can vary based on the actuator's design and intended use.
Transmission Mechanism: The rotational motion of the motor is converted into linear motion by a lead screw assembly. Many 12V linear actuators also utilize a gearbox mechanism that can be customized to adjust the force and speed characteristics of the actuator.
Control System: 12V linear actuators are equipped with a control system to regulate the motion. This system can vary from simple on/off actuator switches to more complex setups, allowing for precise position control.
Output: The result is a controlled linear motion that can push or pull with varying degrees of force and speed, depending on the actuator's design and the application's requirements.

Which 12V Actuator is Right for You?

How do you know which 12V actuator is right for your project? Check out this short video to see all our actuator product lines and get a more in-depth look at our actuators' capabilities.

12V Linear Actuators: Configurations for Every Need

Our selection of 12V linear actuators is highly customizable, allowing you to accurately tailor your linear motion solution no matter the project. When selecting the ideal actuator for your project, understanding and considering factors like stroke length, gear ratio, backdrive force and maximum load is crucial. Each attribute is pivotal in ensuring the actuator meets and exceeds your project requirements.

Stroke Length: This refers to the extent of movement the actuator can achieve, from fully retracted to fully extended. Our 12V linear actuators are available in stroke lengths ranging from 10mm to 300mm, enabling precise matching to the specific motion requirements of your application. Whether you need subtle movements for delicate operations or extensive reach for larger-scale tasks, there's an actuator designed for your needs.
Gear Ratio: The gear ratio in an actuator influences its speed and force. A higher gear ratio means more force but lower speed, and vice versa. This balance is crucial in applications where the movement speed is as critical as the force exerted. Actuonix's range of 12V actuators provides options with different gear ratios, allowing you to fine-tune the actuator's performance to your specific speed and force requirements.
Backdrive Force: This is the force required to move the actuator when power is not applied. In applications where maintaining position is vital even when the actuator is not powered, a higher backdrive force is advantageous. Actuonix 12V actuators offer varying levels of backdrive force, ensuring you can select an actuator that maintains its position under different conditions.
Maximum Load: The maximum load capacity indicates the highest force or weight the actuator can handle before stalling. This is a critical factor for ensuring safety and functionality in your project. Actuonix's 12V linear actuators have varied load capacities, making them suitable for a wide range of tasks

Shop Your Perfect 12V Linear Actuator Today

Don't let inadequate motion solutions hold your project back. Choose Actuonix for a 12v linear actuator that promises efficiency, versatility, and performance. With varied stroke lengths, load capacities, and customized control options, our 12V actuators are engineered to ensure your projects succeed and excel. Act now and transform your ideas into reality – browse our selection of 12V linear actuators today.

Frequently Asked Questions: 12V Linear Actuator

If you still have questions or would like to know more about our 12V linear actuators, check out the answers to our most frequently asked questions below.

How Do I Choose the Right 12V Linear Actuator for My Project?

Consider factors like stroke length, load capacity, speed, duty cycle and the specific environmental conditions your 12V linear actuator will be exposed to. It's also important to consider the control requirements, whether simple on/off control or more precise positioning is needed.

How Do I Determine the Right Stroke Length for My Application?

The required stroke length depends on the distance you need the actuator to cover in your application. Measure the linear distance of movement required and select an actuator with a stroke length that meets or slightly exceeds this measurement.

Are 12V Actuators Energy Efficient?

Electric motors are very energy efficient, especially compared to pneumatic or hydraulic actuator systems. Furthermore, unlike many other kinds, electric actuators only consume power when moving.