Gearbox inspection checklist for industrial applications

Use STOBER’s seven-step gearbox inspection checklist to check safety, oil leaks, vibration, backlash, lubrication, alignment, and maintenance records.

Stage automation in action: How STOBER powers “The Hunger Games: On Stage”

Discover how STOBER K-Series helical bevel gearboxes help move 26-ton audience seating platforms silently and precisely for the immersive production of The Hunger Games: On Stage.

The highest compliment a gearbox can earn

Discover how STOBER helped a food processor reduce equipment failures, improve uptime and deliver measurable cost savings.

Beyond gray: How to choose the right STOBER paint and coating option for your application

Not all industrial paint is created equal. Compare STOBER’s standard, corrosion-resistant, and Food Duty coating options, including antimicrobial protection for food processing environments.

How to select a servo gearbox for industrial systems

Explore how to select a gearbox with insights on torque, ratio, duty cycle, efficiency, and performance to match your specific application requirements.

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.

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.

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.

Gear type selection guide: Spur gear vs. bevel gear vs. worm gear

Compare spur, bevel, helical, and worm gears, including shaft orientation, performance tradeoffs, and when each gear type is best used in power transmission.