Parker Electric Actuators: Customization Guide

Perhaps the actuator you selected for your application needs slight modifications to meet all your requirements. Ask about customizing electric actuators. Parker Electromechanical and Valin provide standardized customization options for actuators through its comprehensive range of products and expertise. Our delivered products consist of non-standard built products that make up the majority of our business. The following guide shows which products to look at first for various special requirements. 

Learn About Customize Stroke Lengths
A custom stroke length primarily exists for applications requiring extended travel distances. Sometimes, however, the actuator needs to be inserted into restricted areas. Start your search with these available alternatives: 
 



Learn About Preparing for a Vacuum Environment
Applications in vacuum environments are typically solved with one of the product series below with the XR ballscrew and mSR linear motor stages being the most popular for that environment.  Since the requirements for every vacuum environment is different due to the varying sensitivity to materials in the process, we’ll have a list of questions for you to answer in order to make sure we meet your needs.
 


Learn About Preparing for Cleanroom Environments
The diverse cleanroom requirements enable us to better assess different products for solutions because applications exhibit varying sensitivity levels and airflow conditions. The XR Series serves as an excellent starting point for such applications. 
 



Learn About Modifications for Corrosive Environments
Corrosive environments are very tough for mechanics, but many products have components that can be substituted for stainless steel versions to make them more resilient to corrosive chemicals.  Typical series to start with include:
 



Learn About Actuators for Explosion Proof or Hazardous Requirements
Hazardous locations require additional attention to motors and electronics over mechanics but we have one series available for starting point above others. 
 



Learn About Actuators for Multi-Axis Configurations
Any actuator exists as an option for use within multi-axis systems. Adapter plates and other mounting just may need to be designed Parker offers particular series that simplify multi-axis system implementation through their use of dowel pins and additional design features. The following products belong to their product line: 
 


Learn About Counter-Balances for Linear Motors in Vertical Applications
The standard solutions can be further customized by these product lines. They exist as customized products from the beginning. These series serve as excellent starting points for any application. 
 

 

Other Common Customizations and Suggested Product Solutions


Radiation Hardened
The amount of radiation exposure determines necessary customizations which can include stainless steel hardware replacements and steel ball screw retainers instead of plastic and radiation-safe lubrication and possibly reduced electronic components. 
 

  • Linear Screw Driven
    • XR Series (404/406 & 412 only)
  • Rotary
    • RM
    • RT


Parallel Motor Mounts
Actuators become shorter in length because wrap-around motor mounts provide space-saving benefits. The mentioned series provides this option better than all other series:
 


Air Ports
An air-port provides valuable functionality because it enables the pressurization of actuators to prevent debris entry and also facilitates the extraction of debris by drawing in air. A few products to start with include: 
 


Specialized Grease
Whether it is for cleanroom, food grade, or extreme temperatures, some products to start with include: 
 


Encoders
The additional performance assurance provided by encoders requires their installation. These products can provide that assurance: 
 


Additional Carriage
These products benefit from additional carriages which extend their load-handling capacity. 
 


Perhaps you have discovered an actuator which matches your application requirements except for a few specific requirements that are not met. If you need customized electric actuators for your application, ask for more information. Parker delivers adaptable solutions to fulfill demanding requirements in all aspects. 

We provide linear stages and precision linear actuators together with linear motor stages to boost your automation projects. 

 

Q&A Section with Expand/Collapse Icons

People Also Ask:

+ What does a linear actuator do?
The main purpose of linear actuators is to convert rotational motions into linear movements while delivering precise velocity and position control.

Linear actuators use electromechanical, hydraulic or pneumatic approaches to deliver refined measured movements which benefit diverse industries from aerospace to semiconductor manufacturing. Each actuator design contains unique features that enable precise force delivery at specific speeds while providing adjustable travel distances for essential industrial applications. These actuators operate across different environments to help systems achieve optimal performance and precise operations. 

Linear actuators display versatile characteristics which make them suitable for modern engineering applications. 

These automated devices operate as unnoticed pillars that power sophisticated systems by controlling machinery positions and industrial adjustments and improving mobility device functionality. Linear actuators achieve consistent operation through sensor and controller integration when precision is necessary in specific applications. 

Linear actuators maintain their essential role in technological advancement alongside automation systems. These actuators combine innovative design with practical engineering principles to satisfy rising industry demands for reliable and precise systems in high-stakes fields. The actuators play a fundamental part in shaping future machinery because they operate with advanced technological capabilities. 
 
+ Where is a linear actuator used?
Linear actuators serve manufacturing by executing vital operations on assembly lines that need both high precision and repeated performance. The precise component positioning made possible by these actuators enables flawless production with step-by-step execution. The manufacturing sector utilizes actuators to support robotic welding operations along with conveyor belt systems which achieve high productivity levels while maintaining superior quality standards. 

Linear actuators maintain their excellence in healthcare equipment because they deliver trustworthy motion which cannot be compromised. The healthcare sector uses actuators to operate hospital beds and surgical tables as well as patient lift systems which adapt to individual needs to provide better comfort and improved care quality. Healthcare technology benefits from diagnostic equipment applications which demonstrate the precise and delicate characteristics of these actuators. 

The transformation of home automation and consumer electronics through linear actuators remains hidden from view yet equally significant. The devices that adjust workspaces and extend television screens and operate window treatments enable people to experience comfort and high-end features during their daily activities. Actuators will unite with IoT systems in modern devices to create environments which adapt precisely to user preferences through advanced smart technology integration. The dynamic adaptation process demonstrates how linear actuators expand their role in technological progress and experience enhancement across multiple fields.
+ A linear actuator moves at what rate of speed?
A linear actuator operates at specific speeds which result from multiple influencing elements. The maximum movement speed of an actuator depends on three main factors which include its type alongside the load weight and rotary-to-linear conversion ratio and power source selection. 

The speed range of electric linear actuators ranges from a couple inches per second up to the fastest linear actuators which achieve speeds of up to 5 meters per second. 

These actuators prove their excellence in tasks requiring fast repositioning movements particularly in industrial automation systems. Pneumatic actuators reach their fastest speeds by requiring high input pressures and reduces their control precision. 

Actuator design combined with intended use determines the maximum speed at which an actuator operates. Precise operations require slower and more controlled movements to maintain accurate positioning and alignment. The manufacturing sector develops actuators to maintain high operational speed during high-volume production while ensuring continued operational performance. Linear motors enable actuators to achieve their highest velocities while delivering exact positioning. The choice of optimal functionality depends on proper understanding of your application requirements and limitations when selecting an actuator.
+ What are the types of linear actuators?
Motion control relies on linear actuators to transform force into precise and adaptable movement. These devices support multiple applications that demonstrate their essential role throughout various industries.

Electric actuators stand out as popular devices because they transform electrical energy into linear motion through electromechanical technology. Users select them for their precise performance alongside their high efficiency and simple integration capabilities with intelligent systems. 

Hydraulic actuators deliver excellent performance in applications which need strong force combined with durability. Their ability to use fluid pressure generates powerful thrust which makes them appropriate for demanding construction and manufacturing applications requiring strong construction. 

Pneumatic actuators operate through compressed air to provide quick and responsive movement. They maintain better speed performance than hydraulic actuators do even though their force output remains inferior to hydraulic systems. 

Linear actuators exist in electric, hydraulic and pneumatic forms to meet specific industrial requirements with excellent performance and reliability. Engineers and innovators who understand the differences between these systems can use their individual strengths to create efficient motion control solutions across all domains.
 
+ Can a linear actuator be operated from a remote location?
Modern engineering and motion control systems benefit from remote control capabilities of linear actuators. Modern technology allows these devices to become more automated through the addition of remote functionality. 

The implementation of wireless technologies together with sophisticated control systems in recent years has made remote management possible while delivering efficient and user-friendly results. These systems adopt Bluetooth, Wi-Fi or alternative wireless communication protocols to maintain seamless and agile remote operation. 

The adaptability of these systems enables them to connect with Internet of Things (IoT) ecosystems so users can perform real-time monitoring and adjustments using smartphones, tablets or computers. Users who operate in industrial automation or smart homes can achieve effortless performance optimization through this connectivity. 

The ability to operate remotely makes linear actuators versatile enough to meet various requirements within manufacturing facilities and healthcare institutions as well as smart home installations. The adaptability of these systems represents a major advancement toward developing more intelligent and connected systems. 

Actuator remote control capabilities demonstrate the future direction of automated solutions through the synergy between engineering and technology.
 

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Have you found an actuator that mostly fits your application, but it does not quite fit all of your needs?  Then ask about customizing electric actuators.