Does wider face width reduce noise?
Gear noise often signals poor load distribution or alignment issues that accelerate wear. With years of experience machining precision gears for industrial and robotics applications, small design changes can dramatically impact both noise levels and gear life. Increasing gear face width typically reduces noise by 3-6 dB through better load distribution, but only up to […]
When to use plastic gears?
Choosing between plastic and metal gears isn’t just about material cost—it’s about understanding performance trade-offs that can make or break your design. With years of experience machining precision gears, we’ve seen how the right material choice dramatically impacts noise, wear rates, and long-term reliability. Plastic gears work best in low-to-moderate torque applications (typically under 50 […]
How to calculate gear profile shift?
Calculating gear profile shift correctly can mean the difference between a smooth-running transmission and an expensive redesign. As precision gear manufacturers with decades of experience machining custom gears for engineers across aerospace, robotics, and industrial equipment, we’ve seen how small profile shift miscalculations lead to pointed teeth, excessive wear, or unnecessarily tight tolerances that double […]
How Wide Should Your Gear’s Face Width Be?
Selecting the right gear face width isn’t just about fitting your design envelope — it’s about balancing torque capacity, machining feasibility, and system performance. With years of experience machining precision gears for robotics, medical devices, and industrial equipment, we’ve seen how small face width decisions can dramatically impact both gear life and manufacturing cost. Gear […]
