From frustration to precision: New Gerhardt Guide comic showcases STOBER’s rack warranty

Discover the latest Gerhardt Guide comic and see how the STOBER ZS rack delivers precision rack and pinion performance, durability, and warranty-backed reliability.

The hidden cost of “cheap” motors in high-precision machines

Cheap motors rarely fail fast. Learn how low-cost servo motors quietly increase downtime, tuning issues, and total cost of ownership.

Happy retirement, Donnie Black!

Celebrate Donnie Black’s 15-year career at STOBER as he begins retirement, leaving behind a legacy of problem-solving, dedication, and teamwork.

Robotic arm joint design challenges and performance factors

Learn robotic arm joint design, including key components, design challenges, and how precision motion systems impact accuracy and performance.

Why application support matters more than specs alone

Specs define what a drive can do. Application support determines how well it performs. Learn why engineering support is critical to real-world motion control success.

Backlash vs. accuracy: Why your machine passes specs but fails in the field

Your machine passed specs. So why is accuracy failing in the field? Learn how backlash grows over time and impacts real-world performance.

Why lead time belongs in the design conversation

Fast delivery changes how you design, build, and deliver machines. Learn why reliability and lead time belong in the engineering conversation.

AC vs. DC motors: What’s the difference, and why it matters

Learn the key differences between AC and DC motors and how permanent magnet AC motors, like STOBER’s cLEAN motor, deliver higher efficiency, control, and reliability.

New features in STOBER’s 3HP cLEAN Motor: More power, more control, more flexibility

Discover what’s new in STOBER’s 3 hp cLEAN Motor, including a right-angle option, power-off brake, and resolver or encoder feedback for washdown applications.

Gearbox efficiency guide: Formula, energy loss & optimization

Learn how gearbox efficiency is calculated, what causes power loss, and how to improve gearbox performance through design, lubrication & load optimization.