Anaheim Automation, Inc.

10/15/2026

NEW PRODUCT: MBC20SC1 Programmable Stepper Driver with USB!

Looking to simplify motion control in your next OEM design? The new MBC20SC1 from Anaheim Automation combines a stepper motor driver and programmable controller in one compact unit, helping reduce component count, simplify system integration, and save valuable control-panel space.

Why choose the MBC20SC1?
✅ Integrated driver and programmable controller for a more streamlined design
✅ USB connectivity for convenient PC-based setup and configuration
✅ Programmable motion control for applications that need repeatable, automated positioning
✅ Adjustable motor current from 0.06–2.0 A to accommodate a range of stepper motor requirements
✅ Standalone operation with configurable autostart to support embedded applications without continuous PC control

For OEMs and design engineers, integrating control and drive functions into one solution can simplify wiring, reduce integration complexity, and help accelerate machine development.

🔗 Explore specifications and downloads: https://anaheimautomation.com/mbc20sc1.html

10/08/2026

Sourcing motion control components domestically can provide greater quality control, responsive technical support, and a closer connection between your application requirements and the products you specify.

Anaheim Automation's Stepper Drivers and Controllers are designed, manufactured, and stocked in Anaheim, CA - supporting a wide range of industrial and OEM applications.

Learn more about our American-made stepper products, including standard off-the-shelf solutions, custom designs, integrated components, and more in our blog post: https://anaheimautomation.com/blog/post/american-made-stepper-drivers.

10/06/2026

Did you know a biomedical equipment OEM could potentially simplify machine development by sourcing multiple motion control components from one primary vendor?

Consider an automated laboratory instrument that needs precise motion to position samples, move dispensing mechanisms, and control access to different stations. Instead of sourcing every motion component from a different supplier, the OEM could work with one primary motion control partner for components such as:

• Stepper and servo motors
• Motor drivers and controllers
• Gearboxes and gearmotors
• Encoders for position feedback
• Linear actuators and positioning systems
• Custom components and value-added assemblies

With a single primary vendor, engineers can streamline communication, simplify component sourcing, and work toward better compatibility across the motion system.

At Anaheim Automation, we specialize in supporting OEM applications with both standard motion control components and customized solutions. Our value-added services can include application-specific modifications and assemblies to help meet unique equipment requirements.

For biomedical and laboratory automation applications where precision, repeatability, and reliable motion are essential, having an experienced motion control partner can help simplify the path from design to production.

Learn more about how a single-source approach can support your next automation project.

10/01/2026

Designing a two-axis automated system? The motion controller you choose can have a major impact on how efficiently your machine handles positioning, sequencing, feedback, and I/O.

Anaheim Automation’s latest technical article takes a closer look at the PCL602 and PCL602USB Programmable Stepper Controllers and how they can be applied in dual-axis OEM automation systems.

The article explores a practical two-axis automated dispensing application and explains how features such as:

• Independent two-axis stepper motor control
• Up to 50 kHz pulse output
• Encoder feedback and autocorrection
• 6 programmable inputs and 16 programmable outputs
• Stored motion programs
• Absolute and relative positioning
• Programmable acceleration and deceleration
• RS232/RS485 or USB communication

can be incorporated into an automated machine design.

If you're an OEM or design engineer evaluating programmable stepper controllers for positioning, dispensing, inspection, labeling, packaging, or other automation equipment, this article provides a practical look at where a dedicated dual-axis controller can fit into your system architecture.

🇺🇸 Both the PCL602 and PCL602USB are designed and manufactured at Anaheim Automation’s facility in Anaheim, California.

Read the full article:
https://anaheimautomation.com/blog/post/designing-dual-axis-systems-with-pcl602-pcl602usb-programmable-stepper-controllers

PCL602 & PCL602USB programmable step controllers provide two-axis motion control, encoder feedback, programmable I/O, and stored programming for OEM automation.

09/29/2026

Designing a new machine? Before you select your motor, drive, or controller, take a few minutes to check these 5 motion-control fundamentals.

For OEMs and design engineers, catching a motion-system issue during the design phase is far easier—and less costly—than discovering it during prototyping.

1. Calculate the Actual Torque Requirement
Consider load, acceleration, friction, transmission efficiency, and the complete motion profile—not just the load weight.

2. Check the Inertia Ratio
A motor may have enough torque but still deliver poor dynamic performance if the reflected load inertia is too high.

3. Match Encoder Resolution to the Application
More resolution isn't necessarily better. Consider your positioning accuracy, operating speed, control requirements, and mechanical system.

4. Choose the Right Motion Technology
Stepper, BLDC, servo, or an integrated motor/drive solution? Select based on the application's actual performance requirements rather than automatically specifying the most complex option.

5. Verify Component Compatibility Early
Check voltage, current, feedback, communications, mechanical interfaces, and controller compatibility before components make it into the prototype.

A motion-control problem discovered during the prototype phase can mean redesigns, delays, and added costs. A problem discovered during the design phase may only require a calculation or a change in component selection.

Need help selecting the right motion-control components for your application? Anaheim Automation's applications engineers can help evaluate your requirements and develop a solution for your machine.

https://anaheimautomation.com/contact-us

JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.

09/24/2026

Did you know that sourcing your motion control and automation components from a single vendor can help simplify the engineering process?

For OEMs and design engineers, working with one experienced supplier can mean:

✓ Fewer supplier relationships to manage
✓ Easier component compatibility and system integration
✓ Streamlined procurement and communication
✓ Greater consistency across your automation system
✓ Access to technical support throughout the design process
✓ More opportunities for customized solutions

At Anaheim Automation, we go beyond supplying standard motion control components. Our team specializes in custom solutions and value-added assemblies designed around your application requirements — helping OEMs integrate the components they need into complete, application-specific solutions.

From motors, gearboxes, encoders, and drivers to integrated assemblies and custom modifications, we're here to help simplify your next automation project.

Discover the benefits of a single-source approach and see how Anaheim Automation can support your application.

Visit us at https://anaheimautomation.com/ to learn more.

09/22/2026

Are you an OEM or design engineer looking to streamline your next motion control system? Discover how single-source automation solutions can help simplify integration, reduce engineering risk, and accelerate time-to-market.

Anaheim Automation's latest blog, Success with Single-Source Solutions, explores the benefits of partnering with one automation component provider for motors, drivers, gearboxes, encoders, and customized motion control components.

Learn how integrated solutions and value-added services can help you:

• Reduce compatibility issues and engineering overhead.
• Customize components to meet exact application requirements.
• Simplify procurement and streamline production.
• Build more reliable, cost-effective automation systems.

Whether you're designing packaging equipment, medical automation, or semiconductor machinery, the right motion control partner can make a difference.

Read the full blog post: https://anaheimautomation.com/blog/post/success-with-single-source-solutions

Discover why design engineers & OEMs benefit by sourcing from a single provider. Streamline integration, get custom modifications, and lower supply chain costs.

09/17/2026

How does microstepping improve stepper motor performance? Understanding the basics can help OEMs and design engineers make more informed decisions when selecting and applying stepper motors for industrial automation.

In Anaheim Automation's video tutorial, you'll learn how microstepping works, how it divides a motor's full steps into smaller increments, and how it can improve motion smoothness and positioning resolution.

Watch the tutorial to strengthen your understanding of stepper motor control and discover how microstepping can benefit your next motion control application.

Watch now: https://anaheimautomation.com/blog/post/stepper-motor-basics-of-microstepping

This video explains the fundamentals of microstepping compared to full-step excitation.

09/15/2026

Is your stepper motor stalling, vibrating, or struggling to accelerate? The problem may be inertia mismatch.

For OEMs and design engineers, understanding the relationship between load inertia, acceleration, and motor torque is essential for selecting the right stepper motor and avoiding performance issues.

Our latest technical article, "Ignoring Inertia: The Most Common Mistake in Applying Step Motors," explores:

• Why stepper motors are especially sensitive to load inertia.
• How to calculate the torque required to accelerate a load.
• Common symptoms of inertia mismatch and how to address them.
• How gearing and mechanical advantage can help optimize motor performance.

Don't let improper inertia matching compromise your motion control system. Read the full article to learn how to select and apply stepper motors more effectively.

Read the blog: https://anaheimautomation.com/blog/post/stepper-motors-and-inertia

Is your stepper motor sized correctly for your application? Learn about the unique role inertia plays in stepper selection and how to avoid this common mistake.

09/09/2026

Don’t let motion control mistakes slow down your next OEM project.

From torque mismatch to overheating and control lag, these common design pitfalls can cost time and money. Our latest video breaks down the top 5 issues—and how Anaheim Automation helps you avoid them from the start.

Learn more at anaheimautomation.com, or contact us at (800) 345-9401 or [email protected].