Blog

Gear backlash is crucial for gear system performance. This blog covers its causes, impacts, and applications. At PairGears, we minimize backlash through advanced manufacturing for reliable products.

Manufacturing methods for gears mainly include gear hobbing, gear shaping, and gear grinding, each with its unique advantages and disadvantages.

Gear grinding is key to precision gear manufacturing. This blog covers its importance, methods, and benefits, showcasing PairGears' commitment to excellence with advanced technology.

Selecting the right gear material is key. This article reviews copper, iron, aluminum alloys, tool steel, and thermoplastics, highlighting their unique benefits and uses.

A customer might request a gear redesign for several reasons, often related to performance, cost, or application-specific requirements. Here are some common scenes where a gear redesign might be necessary.

Gear shaping is essential for precision and durability. This blog by PairGears explores gear shaping, its advantages, and its industry applications.

This blog explores common gear design issues and offers practical solutions, helping engineers and designers achieve optimal performance and gear longevity.

This blog explains how gears work, using gearbox examples, and includes technical parameters and formulas to showcase our expertise.

Creating a gear from concept to design involves several stages, including conceptualization, design, modeling, and validation. Here's a detailed guide to help you through each step.

PairGears offers a multilingual "Gear Classification" table to help identify gear types. It's a key resource for beginners and global clients. Contact us for more info.