Spindle for Grinder

The spindle for grinder features imported precision-grade bearings combined with accurate manufacturing and assembly techniques, achieving high precision (with nose runout within 0.005mm), high rotational speed, and low wear characteristics. Finite element analysis (FEA) ensures part rigidity and structural optimization. Additionally, thermal displacement analysis guarantees structural stability and consistent quality.

Built-in Grinder Spindle

  • The "Intelligent Spindle Design Concept" integrates various built-in sensors to monitor factors such as spindle temperature rise and vibration, which may affect machining precision, enabling real-time monitoring and control. Through IoT technology, the intelligent spindle can relay performance-related information to Posa Machinery. This allows us to track the spindle's operating status at any time. The spindle itself can assist with self-diagnosis and capture service information, ensuring optimal performance throughout its lifespan and providing maximum added value to customers.
  • Motor systems from leading domestic and international manufacturers can be selected according to customer requirements.

Surface Grinding Spindle

  • The "Intelligent Spindle Design Concept" integrates various built-in sensors to monitor factors such as spindle temperature rise and vibration, which may affect machining precision, enabling real-time monitoring and control. Through IoT technology, the intelligent spindle can relay performance-related information to Posa Machinery. This allows us to track the spindle's operating status at any time. The spindle itself can assist with self-diagnosis and capture service information, ensuring optimal performance throughout its lifespan and providing maximum added value to customers.
  • Motor systems from leading domestic and international manufacturers can be selected according to customer requirements.
  • High precision (runout within 0.005mm) and low vibration characteristics (dynamic balancing grade below G0.4).

Internal Grinder Spindle

  • The "Intelligent Spindle Design Concept" integrates various built-in sensors to monitor factors such as spindle temperature rise and vibration, which may affect machining precision, enabling real-time monitoring and control. Through IoT technology, the intelligent spindle can relay performance-related information to Posa Machinery. This allows us to track the spindle's operating status at any time. The spindle itself can assist with self-diagnosis and capture service information, ensuring optimal performance throughout its lifespan and providing maximum added value to customers.
  • Motor systems from leading domestic and international manufacturers can be selected according to customer requirements.
  • High precision (runout within 0.005mm) and low vibration characteristics (dynamic balancing grade below G0.4).

Tool Cutter Grinder Spindles

  • The "Intelligent Spindle Design Concept" integrates various built-in sensors to monitor factors such as spindle temperature rise and vibration, which may affect machining precision, enabling real-time monitoring and control. Through IoT technology, the intelligent spindle can relay performance-related information to Posa Machinery. This allows us to track the spindle's operating status at any time. The spindle itself can assist with self-diagnosis and capture service information, ensuring optimal performance throughout its lifespan and providing maximum added value to customers.
  • Motor systems from leading domestic and international manufacturers can be selected according to customer requirements.
  • High precision (runout within 0.005mm) and low vibration characteristics (dynamic balancing grade below G0.4).

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