Custom Gear Knowledge Center: Design, Manufacturing & Applications

IntroductionWhen gears run noisy, wear faster than expected, or fail early, the root cause often lies in Spur Gear Tooth design. Tooth geometry controls how load transfers, how smoothly motion flows, and how stress accumulates over time.

Have you ever noticed your gears becoming noisy after machining? This common issue can be frustrating for manufacturers and engineers alike. In this article, we’ll explore the reasons behind increased gear noise, including manufacturing inconsistencies, tolerance stack-up, and material hardness variations. You'll learn how to tackle these problems effectively.

Choosing a gear type depends on what you need in 2025. Helical gears are good for machines that need to be quiet. They also work well for machines that go fast or carry heavy things. Spur gears are good if you want something simple and cheap. They are reliable for robots and automation. You should t

Have you ever wondered why your helical gears make noise even after grinding? This annoying issue can stem from various underlying problems rather than just poor design. In this article, we’ll explore the reasons behind gear noise and what you can do to minimize it.

IntroductionCan one Gear Size choice decide speed or strength in a machine? In Spur Gear systems, Gear Size quietly controls torque and rotation. Small changes shift performance from fast motion to powerful output.

IntroductionWhen designing custom gears, one of the first decisions engineers face is selecting the right hardness. Is higher HRC always the best option? While higher hardness improves wear resistance, it can also introduce challenges like brittleness and increased costs. In this article, we'll explore the balance between high hardness and gear performance, helping manufacturers make better decisions for their custom gear designs.