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These spindles are frequently used in milling applications and are driven by a tangential belt system. They come in a variety of sizes and have a wide range of power and speed.
With their design adaptability, diversity, and performance, belt-driven milling spindles are appropriate for a variety of milling applications. Its primary function is to make the surface of the machined object flat, angular, curved, or any combination of shapes.
The Global High Frequency Spindle market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
High frequency spindles from the HENNINGER 960-965 series are made specifically to drive small cutters and grinding wheels at high rpm in situations where mechanical or air turbine speeders may not be enough.
For instance, the type 960-300 is readily adaptable for mounting on ordinary machines or Machining Centers, and seven units are offered. Additionally, connections may be offered to enable use with machining centre auto tool change.
The 960 unit has a 60 mm plain diameter for easy mounting and is intended for use in special purpose machines. Both devices contain HF generators with thermal overload protection and infinitely variable speed controls.
There is a spindle for every application in the vast HENNINGER product line, which features rotational speeds up to 80.000 rpm and 15 kW of power. High-frequency motors ensure a continuous, quiet, and quiet drive torque for the motor spindle. By using a frequency converter, rpm can be changed indefinitely.
Refrigeration thermostatically maintains the temperature of the spindle cooling media. A flow monitor controls the flow of the cooling medium, ensuring that even if the cooling circuit fails, the spindle won’t be damaged. Operation without vibration or upkeep is guaranteed by quadruple, pre-loaded ceramic bearings and everlasting grease lubrication.
