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Why is Our Stator Pressing Machine Crucial for Controlling Noise and Vibration in Motor Manufacturing?

2025-10-18

Последние новости компании о Why is Our Stator Pressing Machine Crucial for Controlling Noise and Vibration in Motor Manufacturing?

Why is Our Stator Pressing Machine Crucial for Controlling Noise and Vibration in Motor Manufacturing?

Noise, Vibration, and Harshness (NVH) are major concerns in the electric motor industry, especially for applications like automotive, HVAC, and household appliances, where smooth, quiet operation is expected. A significant contributor to unwanted motor noise and vibration is a loosely stacked stator core. If the individual laminations are not rigidly held together, they can vibrate at resonant frequencies during operation, leading to a noticeable buzzing or humming sound and premature mechanical wear. The solution lies in the structural integrity provided by the Stator Pressing Machine.

Our machine is designed to apply a consistent, controlled clamping force that bonds the entire lamination stack into a singular, rigid body. This high degree of compactness effectively dampens any movement between the laminations, significantly reducing the potential for acoustic noise generation. The stability achieved by the precision pressing process minimizes the mechanical stress on the entire assembly, including the bearings and end shields. By producing a structurally superior stator, our customers gain a competitive edge by delivering quieter, smoother-running motors that meet stringent international NVH standards. For any product where acoustic performance is a selling point, the Stator Pressing Machine is an indispensable tool for quality control and customer satisfaction.