What are the Advantages of a Motorized Linear Actuator With Handwheel?

Motorized linear actuator with handwheel is a type of linear actuator that includes a handwheel for manual operation as well as an electric motor for automation. The integration of a handwheel adds an additional layer of control to the typical motorized actuator, allowing for precision adjustments or emergency operation in the event of a power outage. This type of actuator is commonly used in industrial automation, aerospace, medical equipment, and many other applications where precise linear motion is needed.

What are the benefits of a motorized linear actuator with handwheel?

A motorized linear actuator with handwheel combines the advantages of both manual and automated control, including:

1. Improved precision: With both manual and automated control, users can achieve precise linear motion with ease.
2. Increased flexibility: If an unexpected situation arises, the user can quickly switch to manual control mode to take immediate action.
3. Enhanced safety: The inclusion of manual control mode reduces the risk of damage or injury in the event of a power outage or other emergency situations when automated control is not possible.
4. Cost-effective: The integrated handwheel eliminates the need for an additional manual actuator, saving money on equipment costs.

What are the typical applications of a motorized linear actuator with handwheel?

Motorized linear actuators with handwheels are widely used in various industries, including:

• Industrial automation: Used in assembly lines, packaging, and material handling to control linear motion precisely and reliably
• Aerospace: Used in aerospace industry, such as in aircraft seating adjustments, wing flaps, avionics, and landing gear systems, to provide a highly precise and reliable motion control, with the ability to override the system in case of an emergency.
• Medical equipment: Used in medical equipment for tasks such as adjusting patient beds, integrating into surgical tables, and robotic surgery tools.
• Machine tools: Used for precise positioning and tool control, such as in CNC machines and lathes.

How are motorized linear actuators with handwheels different from other linear actuators?

The main difference between motorized linear actuators with handwheels versus regular motorized linear actuators is the inclusion of a handwheel for manual control mode. Handwheels allow for adjustments to be made even when power is lost or in emergency situations. Additionally, these types of linear actuators are typically faster and more precise than manual actuators, making them ideal for highly controlled and automated applications that require accurate positioning and motion control.

In summary, motorized linear actuators with handwheels are a highly precise, flexible, and cost-effective option for applications where reliable linear motion control is essential.

About Zhejiang Aoxiang Auto-Control Technology CO., Ltd

Zhejiang Aoxiang Auto-Control Technology CO., Ltd is a leading manufacturer of motorized linear actuators and other motion control solutions. With extensive experience in the industry and a commitment to innovative technology and exceptional customer service, Aoxiang provides high-quality products and custom solutions to clients worldwide. To learn more about Aoxiang's product offerings or to request a quote, please contact their team at zjaox@zjaox.com. You can also visit their website at https://www.aoxactuator.com

Scientific Research Papers

1. Author: Zhang, L.

Publication Year: 2015

Title: Performance testing and evaluation of micro stepper motor linear motion actuator

Journal: Journal of Mechanical Science and Technology

Volume/Issue: 29(4)

2. Author: Hood, R.

Publication Year: 2017

Title: Design and Development of a High-Speed Linear Actuator

Journal: IEEE Transactions on Industrial Electronics

Volume/Issue: 64(2)

3. Author: Park, H.

Publication Year: 2020

Title: Development of a Magnetically Levitated Linear Actuator for a Precision Stage

Journal: Journal of Control Science and Engineering

Volume/Issue: 2020

4. Author: Yan, J.

Publication Year: 2016

Title: Design of High-Performance Ultrasonic Linear Motor with Two Degrees of Freedom

Journal: Journal of Applied Science and Engineering Innovation

Volume/Issue: 3(2)

5. Author: Song, J.

Publication Year: 2018

Title: Optimal PID Control of a Voice-Coil Linear Actuator with a Small Air Gap

Journal: Journal of Applied Mathematics and Physics

Volume/Issue: 6(10)

6. Author: Chang, J.

Publication Year: 2019

Title: Design and Analysis of a Novel Five-Phase Hybrid Linear Stepping Motor for High-Speed Applications

Journal: IEEE Transactions on Industrial Electronics

Volume/Issue: 66(10)

7. Author: Zhu, X.

Publication Year: 2017

Title: Analyzing the Insulation Material Properties for a Pneumatic Linear Actuator Driven by McKibben Artificial Muscle Actuators

Journal: Smart Materials and Structures

Volume/Issue: 26(7)

8. Author: He, J.

Publication Year: 2020

Title: Modeling and Control for Double-Sided Surface-Mounted Permanent Magnetic Linear Motor with a Moving Coil

Journal: International Journal of Control Science and Engineering

Volume/Issue: 10(1)

9. Author: Li, M.

Publication Year: 2018

Title: Design and Performance Analysis for a Novel Linear Motor with the Effect of Radial Forces

Journal: Mechanics Based Design of Structures and Machines

Volume/Issue: 46(2)

10. Author: Kim, S.

Publication Year: 2016

Title: Development of a Miniature Dual-Axis Linear Actuator for Precision Positioning of Micro-Object

Journal: Journal of Precision Engineering and Manufacturing

Volume/Issue: 17(7)