H50 Pipe Drilling Tapping machine supplier
USD $95000.00 - $103000.00 /Set
Min.Order:1 Set
Turn Mill CNC Machine Co., Ltd
The whole lathe is rigidity, and is convenient and flexible for operation. It can process horizontal milling, drilling, expanding, boring, tapping and so on. It is widely used, especially suitable for processing all kinds of box type parts which are complicated shape. And it is more suitable for the batch processing of the workshop's production of enterprise(Horizontal CNC drilling machining center manufacturing)
1)High rigidity, and long time precision of retention
2)The whole lathe bed, column, workbench, wagen, spindle box and other big parts are all of high quality resin sand molding and high strength cast iron, which make the precision of lathe with high rigidity and long term stability. The interior of lathe is decorated with the triangular stiffener, which can make the lathe bed more stable, so that can make the precision of lathe with high rigidity and stability for a long time
3)The heavy duty roller guide which made in Taiwan has strong rigidity, and good dynamic performance. The imported screw which has large diameter is cooperated with the international advantage lead screw auxiliary support system . It is of compact structure, smooth movement, and high accuracy. So the machine driven system is of high rigidity and high stability.
4)The whole lathe bed which is optimization designed, one-piece inverted, and T type structure has the good rigidity, perfect dynamic characteristics. It is suitable for the heavy cutting, and also has high precision of stability and excellent vibration absorbing ability.
5)The high-performance spindle which made in Taiwan, adopts the lubrication to lubricate, it can make the spindle bearings get constant and reliable lubrication. It is not only environmentally friendly, but also free maintenance, and has the excellent performance.
6)The feed unit adopts the large diameter double nut ball screw, in applying preloaded on both ends, so it can eliminate the precision loss of thermal elongation