Gear Manufacturing

Compare spiral vs. straight bevel gears: their advantages, applications, and key differences in load capacity, NVH, efficiency, and more.

A pro-level walkthrough of a mechanical drill's multi-stage planetary reduction, overrunning clutch,ball-type torque limiter-plus how PairGears builds them.

Learn how custom gear hobbing works, when to use it, and why PairGears is your partner for precise, fast, and durable gears across key industries.

Low-volume, low-risk: PairGears offers flexible MOQs, <30-day first-article, and full custom gear manufacturing to help OEMs validate, scale, and save.

PairGears adheres to AIAG CQI-9 for rigorous heat treat system assessment, ensuring precise gear quality and process control.

Explore the differences and complementary roles of gear grinding, honing, and lapping in achieving high-precision and high-performance gears at PairGears.

Gear honing is a precision finishing technique that enhances gear performance by improving surface quality and reducing noise.

PairGears' advanced gear lapping improves surface quality, reduces noise, and enhances performance for diverse industries.

Powder metallurgy (PM) gears: cost-effective, efficient, waste-minimizing, self-lubricating. Ideal for automotive applications.

Worm gears, vital for high torque in compact designs, rely on materials like tin bronze for wear resistance. Other options include aluminum bronze, cast iron, and steel, chosen based on application needs.

Heat treatment, like carburizing and nitriding, boosts gear performance by enhancing surface hardness, wear resistance, and fatigue strength, crucial for high-quality gears in demanding applications.

ISO standards ensure gear quality and consistency. Learn how PairGears applies ISO 9001, 6336, and 1328.

JIS standards ensure precision, durability, and performance in gear manufacturing, vital for PairGears' quality.

PairGears follows DIN standards (3960, 3961, 3990) to produce high-performance, durable gears for various industries.