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.
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.
Your machine passed specs. So why is accuracy failing in the field? Learn how backlash grows over time and impacts real-world performance.
Fast delivery changes how you design, build, and deliver machines. Learn why reliability and lead time belong in the engineering conversation.
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.
Learn how gearbox efficiency is calculated, what causes power loss, and how to improve gearbox performance through design, lubrication & load optimization.
Compare spur, bevel, helical, and worm gears, including shaft orientation, performance tradeoffs, and when each gear type is best used in power transmission.
Discover STOBER’s new KS servo gearbox with expanded ratios, higher torsional stiffness and an optional geared motor for compact, easy integration
Learn how to choose gearboxes for automation & robotics—planetary, helical, or helical-bevel—based on load, precision, environment & lifecycle cost.
Discover how STOBER eliminates the complexity of horizontal gearbox mounting with flexible, any‑orientation installation, reliable lubrication design, and leak‑proof seals—saving teams time, effort, and costly mistakes.
Learn what causes failure in industrial gearboxes—lubrication breakdown, misalignment, overload, contamination & wear—plus warning signs to catch early.