Manufacturing Automation

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Processes

Friction Stir Processing (FSP) for Advanced Strengthening of Gears

Present-day industrial landscape is incredibly wide, and nearly every industry has a need for gears that provide increased durability, fewer…

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Gears in eVTOL Aircraft: The Unsung Heroes of Urban Air Mobility!

Gear systems in Electric Vertical Takeoff and Landing (eVTOL) aircraft are essential for smooth operation, helping with power transfer, improving…

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Near-Net-Shape Gears: Better Control of Tooth Profile for Minimal Post-Processing

Scrap is something that practically every segment of the manufacturing sector is working to optimise or reduce to an absolute…

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Combatting Wear in Plastic Gears: Precision Grinding Strategies for Maximum Durability

From your 5-year-old kid’s toy car to the sophisticated SUVs you drive in, plastic gears have become a critical component…

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High-Performance Polymer Gears: Are They the Future of Lightweight Transmissions?

For decades, metal gears have been the backbone of mechanical power transmission, providing strength, durability, and reliability across various industries….

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Comparative Analysis of Carburizing vs Nitriding for Gear Durability

Enhancing durability against wear and fatigue is paramount for ensuring reliable performance in various industrial applications. Two prominent methods employed…

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