EstherA linear actuator is a type of drive system that uses only one gear for generating movement. Linear actuators are ideal for applications that require precise positioning and control over large distances. The design allows for greater accuracy and less maintenance than traditional hydraulic systems without sacrificing the flexibility needed in some applications.
What’s a Linear Actuator?
A linear actuator 24v is an electric motor that moves along a fixed length of track. This type of actuator can be used for a wide variety of applications, including industrial automation, robotics and machine tools. Linearly actuated systems are also used in medical equipment such as surgical robots or artificial limbs.
Top Advantages of a Linear Actuator
Lowers Maintenance-Free Operation
The reason that a linear actuator is maintenance-free is because it does not require any lubrication. This makes it easier to clean, and also eliminates the need for periodic inspections and testing. There are no moving parts in a linear actuator to wear out or break down over time like you would find on a traditional reciprocating piston actuator.
Protect Your Product
Linear actuators are maintenance-free and durable. They can be used in applications where hydraulic cylinders are impractical, such as in the aerospace industry where they need to withstand extreme temperatures and pressures.
Linear actuators do not require lubrication or hydraulic fluid, which makes them ideal for use in harsh environments. Furthermore, because linear actuators don’t have moving parts (like valves), they’re also more compact than hydraulic cylinders; this means you’ll save space on your equipment by using these types of devices instead of traditional ones!
Consumes Less Power
The biggest advantage of a linear actuator is that it uses less power than other types of actuators. Linear actuators are also more efficient than hydraulic cylinders, electric motors and pneumatic cylinders.
A linear actuator provides several advantages over hydraulic cylinders and other conventional actuation methods. Linear actuators are widely used in industrial machinery, automotive industry, medical equipment and aerospace industry. They are also used for packaging applications.
Linear actuators are typically made of a solenoid coil that produces a magnetic field when energised by an external voltage source. In this case, the voltage is applied across its terminals through an electrical resistance (resistance being measured as ohms).
When you apply power to these coils they will generate a magnetic field which exerts force on whatever part of their armature (the part that has been moved) causing it to move slowly towards its target position.
Conclusion
The linear actuator is a great solution for many applications where you need to move a load in one direction only. It’s easy to install, connects directly to the product, and doesn’t require any maintenance or power requirements.