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Taiwan Yongjin FP100A High speed Precision Mold Vertical Machining Machine
High rigidity door structure design ▲ High rigidity door and double wall structure design, low high-speed feed vibration, can achieve smooth machining
Product details
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Design of high rigidity portal structure ▲ High rigidity door type and double wall structure design, low high-speed feed vibration, can achieve smooth machining surface and extend tool life. Optimized Spindle Design - Composite Direct Spindle (IDD plus) ▲ Can effectively isolate and remove the heat generated by the motor. ▲ Adopting a micro lubrication system to provide a stable and uniform oil to air ratio, an effective oil film is formed on the surface of the bearing ball to ensure the service life of the bearing. Adopting BBT40 tool holder with double-sided contact to improve tool rigidity, floating cutting mechanism design to avoid bearing bearing bearing cutting force and ensure bearing life. The spindle and spindle motor adopt an oil cooling circulation temperature control system, which can effectively take away the heat energy generated by the spindle and spindle motor, keep the spindle running at room temperature, and provide stability of accuracy during high-speed cutting. |
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| Self made concealed high-speed spindle The spindle speed is 20000rpm, coupled with a high horsepower built-in spindle motor and precision ceramic bearings, which can meet the high-speed and high-precision machining needs of molds and precision parts. ▲ The spindle is equipped with a built-in temperature sensor, which can detect the temperature of the front and rear bearings and motors at any time. The main shaft oil production cooling cycle temperature control system and the design of the built-in motor main shaft air cooling circuit can effectively remove the heat generated by the main shaft operation, providing stability of accuracy and main shaft life during high-speed cutting. BBT40 tool holder ensures that the tool is in contact with both sides of the spindle, providing good tool rigidity during high-speed machining. The spindle bearings adopt a micro oil lubrication system (OIL AIR+Hi LUB), and also have a pressurized design to provide optimal lubrication and cooling for the bearings, ensuring long-term and stable operation. ▲ Front detachable design of bearings, easy maintenance, quick replacement, and cost savings. |
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