Gear Manufacturing

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.

AGMA standards ensure gear quality and reliability. PairGears follows these to deliver durable, efficient gears globally.

Gear milling is a critical process in gear manufacturing, involving precise cutting techniques to shape gears that meet high-quality standards.

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.

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

Gear quality is crucial. This article highlights key techniques, standards, and inspection tools, and addresses common issues like tooth errors and material defects.

Gear hobbing is precise and efficient. At PairGears, we offer advanced, cost-effective hobbing services for high-accuracy gear production.