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Compatible with any NEMA 23 motor, 60mm inline gearbox, or any 60mm frame servo motor
Rod-Style Actuators
Max. speeds up to 2 in/sec
Dynamic Loads up to 528 lbs
Stroke lengths from 12 in.
Lead Screw-driven
Hybrid Stepper Motor Linear Actuators
Captive, Non-Captive, and External Linear
NEMA sizes: 08, 11, 14, 17, 23, and 34
Linear Force: 13 - 528 lbs
Travel per Full Step: 0.00012 - 0.00125mm
Permanent Magnet Stepper Motor Linear Actuators
Captive and Non-Captive types
20 - 57 mm diameter frame sizes
Linear Force: 2 - 22.2 lbs
Travel per Full Step: 0.0005 - 0.004 in
BLDC Motor Linear Actuators
Brushless DC Motor with Integrated Ball Screw
External Linear actuator style
42mm and 57mm Frame Sizes
Rated Torque: 13.5 - 15.5 oz-in
2mm, 5mm Travel per Revolution
Huge Variety of Standard, In-Stock Models:
Anaheim Automation offers a wide variety of competitively-priced Linear Actuator products, which are ideal for applications including: lab and biotech automation, inspection stations, part scanning, pick-and-place, liquid dispensing, part insertion, or any use-case requiring reliability and precision in linear positioning. We offer multiple linear actuator products, providing solutions for low-, mid-, or heavy-duty applications requiring standard or high-precision positioning, with travel attachment options to suit your motion control needs.
Custom Options:
We can customize your linear actuator to fit your exact specifications for speed, voltage, current, and more. Accessories, screw modifications, connectors, and cables are also available for purchase, or as a value-added assembly. Customization may require an MOQ - please contact us with your specific requirements for more information.
Helpful Information
What is a Linear Actuator? →
A linear actuator is an electromechanical device which translates rotary motion from a motor into linear displacement.
Why Choose an Anaheim Automation Linear Actuator? →
Anaheim Automation offers cost-effective linear actuator solutions for applications in which precise control and long-lasting performance are required. With low motor inertia for faster
acceleration and high accuracy, these devices reduce energy consumption and operating costs by virtue of their simple, efficient design. We offer a wide range of standard actuators, as
well as custom options.
What Type of Linear Actuator is Best for My Project? →
Belt-Driven Actuators are designed for high speeds and light loads, and are only suitable for low inertial loads. Common applications for belt actuators include
automated windows and doors, high-speed data aquisition, and scanning devices.
Screw-Driven Linear Actuators (positioning tables) are suitable for low speeds, heavy loads, and high-inertial loads. These devices are typically used in positioning
equipment, CNC machines, and anywhere else slow point-to-point movement is required.
Rod-Style Actuators excel at lifting and thrusting applications, with thrust-bearings built into the actuators themselves. They are similar to screw-driven tables in
terms of speed, load, positioning, and accuracy capabilities. Rod actuators offer a compact, collapsible design great for projects where space constraints are a concern.
Stepper Linear Actuators are intended for point-to-point positioning applications. This type of actuator is best suited for applications with light
loads and slow speeds. Steppers are open loop accurate, so they do not require an encoder for accurate
Brushless DC Linear Actuators are great for high-speed motion. Their specialty is delivering power at high speeds, rather than the high accuracy of a stepper. Brushless
linear actuators may require an encoder to obtain accurate positioning data.
Whether you need help specifying standard components to meet your system goals, or your design requires a custom solution, our application engineers are ready to offer their expertise.
