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"How Integrated Linear Actuators Simplify Design and Elevate Performance"

Discover why integrated actuators are increasingly the preferred choice for modern, high-throughput machine designs thanks to their host of benefits.

Meeting today's demands for faster, more efficient and simpler machine designs often hinges on selecting the right components. Linear actuators play a critical role in powering various industrial machines and are key to meeting these challenging requirements. When specifying linear actuators, engineers face the choice of either traditional or integrated electric linear actuator designs. Traditional actuators consist of a screw assembly driven by an externally mounted servo motor, while integrated actuators contain a servo motor within the same module. While traditional actuators offer advantages like motor option flexibility and high stroke lengths, many applications would benefit from an integrated actuator’s compact form, lighter weight, higher rigidity and greater protection.

This white paper examines why integrated linear actuators are increasingly the preferred choice in industrial applications, offering streamlined design, improved performance and enhanced reliability compared to traditional actuator setups.

What you will learn:

• The design advantages of integrated versus traditional actuators.
• Integrated actuator performance benefits and cost considerations.
• Real-world application examples including motion simulation, automotive welding, pharmaceutical production — and more.

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