How Couplings Affect System Performance

The Most Commonly Overlooked Component in Industrial Automation
The Hidden Bottleneck in High-Performance Motion Systems What’s really driving performance in your automation designs—and what’s holding them back? This white paper uncovers a commonly overlooked component that plays a critical role in system reliability, efficiency, and long-term scalability. Inside, you’ll learn: How this overlooked element impacts system performanceWhich components are most at-risk of failure and are often blamed for performance issuesPractical strategies to optimize your designs and avoid costly oversightsIf you’re looking to build more robust, future-ready automation systems, this is insight you can’t afford to miss. Download the white paper and start designing smarter.

Engineering Brief - 5 Industries Where Servo Worm Gearheads Outperform Planetary Gearheads
See where servo worm gearheads commonly improve accuracy, reduce footprint, and extend service life in demanding motion systems—across packaging, robotics, medical automation, cleanroom tools, and conveyors.

New Screw Jack Application Guide
Designing reliable linear motion systems requires precision. Whether you are deciding between translating or rotating configurations or weighing the benefits of Acme vs. Ball Screw spindles, selecting the wrong component can lead to premature wear or system failure. This comprehensive white paper simplifies the screw jack sizing procedure into seven manageable steps. We cover critical calculations, including: Load requirements and safety factors. Duty cycle considerations for thermal limits. Travel speeds and input power requirements. Plus, see these principles in action with a real-life case study featuring a hydraulic replacement situation.

GearSync: New Standard for Modular Motion Control
DieQua Corporation introduces the GearSync Series, a modular line of gearboxes and gearmotors designed to address the most common challenges in modern machine design: torque density, maintenance uptime, and motor compatibility.