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Find your fit for Motion: A Guide to Electromechanical Solutions | MCE

Written by Motion & Control Enterprises, LLC (MCE) | Jan 20, 2024 5:00:00 AM

When motion is the challenge, MCE has the solution to move you. Motion solutions come in three major categories, hydraulic, electromechanical, and pneumatic. Learn the difference between the three to discover the right fit for your applications. 

Companies are often turning to electromechanical solutions from hydraulic solutions since the power of electromechanical can now match the high force capacity and advanced motion control of hydraulics while providing a lower ownership cost and a simpler, more environmentally friendly system. 


Parker Electric Linear Actuator

Electromechanical Benefits, Applications, and Utility

High precision - High levels of precision, accuracy, and repeatability, making them suitable for tasks that require fine control and positioning  

Efficiency - Efficient in converting electrical energy into mechanical motion, minimizing energy losses > 90%  

Flexibility - Easily programmed and controlled, allowing for complex motion profiles and automation  

Clean Operation - Do not rely on fluids, eliminating the risk of leaks or contamination  

Quiet Operation - Operate quietly compared to pneumatic and hydraulic systems  

Response Time - Fastest response times compared to pneumatic systems, which can affect applications requiring rapid motion changes  

Limitations of Electromechanical 

Complex Programming - May require complex programming and control algorithms, which can increase design and implementation time  

Limited Power - 50 tons of force is the upper limit of electromechanical solutions  

Electromechanical devices can deliver between 3 to 5 meters/sec at top speed in lower force applications  

Maintenance - Require periodic maintenance to ensure proper functionality and prevent wear and tear 

Electromechanical Products, parts, integrated solutions, and services

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