Ningbo Volcano Electric Co., Ltd.

1. High efficiency: due to the elimination of gear box and other intermediate transmission links, the energy loss is reduced, thus improving the overall efficiency.

2. Accurate control: Direct drive motor can achieve more precise speed and position control, suitable for applications that require high precision.

3. Simplified structure: Because there is no complex parts such as gearbox, the overall structure is simpler, maintenance and installation is more convenient.

4. Low noise: due to the reduction of mechanical transmission components, the noise during operation is relatively low.

5. High reliability: The failure rate of direct drive motor is low because it reduces mechanical wear and failure points.

6. High torque: it can still provide high torque output at low speeds, which is suitable for applications requiring large torque.

7. Space saving: Due to the simplified structure, the direct drive motor occupies smaller space, suitable for space-limited application environment.

Reliable Transmission Structure

Using the device spindle directly, it rotates coaxially and at the same speed as the main spindle, making it more reliable compared to traditional motors.

Compact Size with Significant Impact

Compared to traditional motors with the same power and speed, direct drive motors using permanent magnet motor technology have the advantage of being smaller and lighter while also featuring a higher overload coefficient.

High Transmission Efficiency

Without traditional gearboxes, belts, and pulleys, low transmission power loss, improving transmission energy efficiency.

Energy Saving

Direct drive motors using permanent magnet motor technology usually achieve national level one energy efficiency standards.

Wide Power Range

Breaking through the traditional IEC frame size range, power can be custom-made to cover the range from 2.2KW to 18KW, with peak torque 240Nm reached.

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