In today’s fast-paced automation landscape, precision, reliability, and customization are more important than ever. For engineers and OEMs looking for dependable linear motion solutions, Anaheim Automation’s LS100 and LS500 screw-driven linear actuators - also known as linear tables or linear stages - offer a compelling combination of performance and flexibility.

What sets these products apart isn’t just their technical capability - it’s where and how they’re made. Both series are proudly designed and manufactured in Anaheim, California, USA, ensuring quality control, faster lead times, and direct engineering support.

Anaheim Automation’s LS100 and LS500 are screw-driven linear actuators that convert rotary motion into precise linear movement using a lead screw mechanism. These systems are ideal for applications requiring controlled, repeatable positioning. Unlike belt-driven systems designed for speed, screw-driven actuators excel in accuracy, thrust, and controlled motion, making them a go-to solution for demanding positioning applications.

Anaheim Automation’s LS series linear tables are not outsourced - they are designed, assembled, and supported in Anaheim, California.

This offers several key advantages:

• Quality Control: Tight oversight ensures consistent performance and reliability
• Customization: Flexible configurations including motors, encoders, limit switches, and brakes
• Faster Lead Times: Reduced dependency on overseas manufacturing
• Engineering Support: Direct access to experienced applications engineers

For OEMs and system integrators, this translates into faster development cycles and greater confidence in system performance.

Screw-driven linear actuators like the LS100 and LS500 series offer several important benefits.

1. High Accuracy and Repeatability: These systems provide precise positioning with consistent repeatability, making them ideal for applications where this is crucial.
2. High Thrust Capacity: Lead screw mechanisms generate signigicant linear force, enabling them to handle heavier loads compared to many alternative systems.
3. Low System Inertia: Lower inertia allows for better control and more predictable motion, especially in start-stop applications.
4. Scalable and Customizable: Both the LS100 and the LS500 platforms can be configured with various motor, encoder, and accessory options, or can be fully customized to meet your specific application requirements.
5. Reliable, Long Service Life: The robust mechanical design ensures durability and consistent operation over time.

While screw-driven actuators offer many advantages, they are not ideal for every application. It's important to understand their limitations.

1. Lower Speeds Compared to Belt Systems: Screw-driven actuators prioritize precision and force over speed, making them less suitable for high-speed applications.
2. Travel Length Constraints: Compared to belt-driven systems, screw-driven actuators typically have shorter travel ranges available.
3. Potential Wear Over Time: Mechanical contact in lead screws can reullt in wear, especially in high-duty-cycle environments. This limitation can be mitigated with proper design and materials.
4. Cost vs Simpler Systems: While cost-effective for their performance, they may be more expensive than simpler linear motion solutions, depending on configuration.

Due to their precision and versatility, our LS series linear tables are used across a wide range of industries. In general, screw-driven linear tables are best suited for low-speed, high-precision, and high-load positioning applications.

Anaheim Automation’s LS100 and LS500 linear tables offer a powerful combination of precision, strength, and customization, backed by the reliability of U.S.-based manufacturing. Whether you’re designing a compact lab automation system or a heavy-duty industrial platform, these screw-driven actuators provide a dependable foundation for accurate linear motion.

By keeping production in the U.S.A., we deliver not just high-quality components, but also the flexibility and support your engineers need to bring your systems to life.