Educational – DieQua

Motion Control Solutions Driving Warehouse Automation

Jarett Reinwald2026-09-30T11:34:25-05:00September 21st, 2026|Application Examples, Educational, Industry News, Product Focus, Promo Item|

Uptime and precision are top of mind for engineers designing modern automated distribution centers and warehouses. The difference between seamless operations and unexpected downtime of high-speed sorting gates, autonomous mobile robots (AMRs), and multi-axis transfer systems comes down to selecting the right motion control components. Below, we break down critical motion control and power transmission solutions engineered to solve space constraints, dynamic shock loads, and high-duty cycles across warehouse automation.

Overcoming Shaft Deflection & Overhung Loads in High-Dynamic Motion Control

Jarett Reinwald2026-09-10T11:58:45-05:00September 14th, 2026|Application Examples, Educational, Infographic, Product Focus|

Here is why pairing a right-angle servo worm with an integrated rotary flange is becoming the preferred choice for modern machine design.

Gearbox Oil Seal Leak Investigation: Symptoms, Causes, & Prevention

Jarett Reinwald2026-09-24T09:43:11-05:00September 8th, 2026|Application Examples, Educational, Product Focus|

Gearbox seal leaks are the bane of industrial operations. Because proper lubrication is the lifeblood of enclosed drives, maintaining oil levels is critical to achieving a long service life. When oil starts leaking, immediate corrective action is necessary—but finding the root cause isn't always straightforward. The causes of a leaking seal can vary widely based on the gear type, mounting orientation, operating speed, and surrounding environment. Below is a real-world troubleshooting case study and a breakdown of the primary factors to investigate.

Optimizing AGV & AMR Drive Modules: Overcoming Space and Radial Load Constraints

Jarett Reinwald2026-09-23T11:09:01-05:00August 31st, 2026|Application Examples, Educational, Fact Card, Product Focus|

In mobile robotics design, drive module selection is always an exercise in managing trade-offs. As Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) are tasked with carrying heavier payloads in smaller chassis footprints, traditional gearbox-and-wheel layouts quickly run into physical limits. Designing an efficient drive system requires balancing structural load support, energy efficiency for battery preservation, and tight spatial constraints. Here is a look at how specialized planetary gearheads address these specific mechanical bottlenecks.

Inside DieQua’s Engineer-to-Engineer Approach

Jarett Reinwald2026-08-21T15:37:30-05:00July 27th, 2026|DieQua News, Educational, Videos|

Why Real Engineering Support Matters: Inside DieQua’s Engineer-to-Engineer Approach When you are designing a complex motion control system or power transmission setup, off-the-shelf components rarely tell the whole story. Oversizing leads to excess costs and unnecessary weight, while undersizing risks catastrophic machine failure. Getting the exact right drive solution requires more than just browsing a catalog—it requires technical collaboration. At DieQua, we don’t just sell gearboxes and power transmission components; we partner with you to engineer solutions. Our engineer-to-engineer approach ensures that from your very first inquiry, you’re speaking directly with an [...]

The Shift to Electromechanical: Why Fluid Power is Falling Behind

Jarett Reinwald2026-09-23T11:18:49-05:00July 20th, 2026|Application Examples, Educational, Product Focus|

For decades, hydraulics and pneumatics have been the default choice for heavy-duty industrial motion control. But in modern manufacturing environments, traditional fluid power introduces significant operational liabilities.

DieQua Whitepaper: The Most Overlooked Component in Industrial Automation

Jarett Reinwald2026-06-17T11:21:41-05:00June 17th, 2026|Application Examples, Data Sheet, Educational, Product Focus|

The Most 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 performance Which components are most at-risk of failure and are often blamed for performance issues Practical strategies to optimize your designs and avoid costly oversights If you’re looking to build more robust, future-ready automation systems, [...]

Why “Reverse-Engineered” Gearbox Repairs Are a High-Risk Gamble for Your Applications

Jarett Reinwald2026-09-23T11:22:12-05:00June 1st, 2026|Application Examples, DieQua News, Educational|

Third-Party Repair Shops Cannot Replicate Factory-Built Specifications A gearbox failure causes enormous stress when your company depends on an operational production line. Every minute your facility is down from a motion control or power transmission unit costs money. During your search for an expedited fix, you have likely encountered third-party repair shops aggressively advertising alternative repair services. Many of these shops claim they can fully rebuild, service, or even "reverse-engineer" high-precision gearboxes at a fraction of the cost and time. They may boast about duplicating gear profiles, matching surface hardness, or offering [...]

How to Size and Select Screw Jacks: A Step-by-Step Engineering Guide

Jarett Reinwald2026-05-27T14:39:54-05:00May 7th, 2026|Application Examples, Data Sheet, Educational, Product Focus|

How to Size and Select Screw Jacks 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 [...]

Download the Engineering Brief: Where Servo Worm Gearheads Outperform Planetary Gearheads

Jarett Reinwald2026-08-27T16:11:10-05:00April 30th, 2026|Application Examples, Data Sheet, Educational, Product Focus|

Which industries benefit from worm gearheads over 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.