Product Display
Product Features
Neat distribution box
Conveniently manage and control the electrical equipment inside the machine tool to improve work efficiency and safety.
16 BT50 knife magazines with capacity
Install a set of BT50 robotic arm tool magazines with a capacity of 16 on the left and right column sides respectively, which are independently controlled by two channels for automatic tool changing.
Product Parameters
| ITEM | UNIT | PARAMETER | ||
| Radial runout of spindle | mm | ≤0.008/300 | ||
| Repetitive positioning accuracy of left and right X-axis | mm | ≤0.006 | ||
| Repetitive positioning accuracy of left and right Y-axis | mm | ≤0.008 | ||
| Repetitive positioning accuracy of left and right Z-axis | mm | ≤0.012 | ||
| Left and right X-axis positioning accuracy | mm | ≤0.010 | ||
| Left and right Y-axis positioning accuracy | mm | ≤0.010 | ||
| Left and right Z-axis positioning accuracy | mm | ≤0.012 | ||
| Consistency error of drilling depth | mm | ≤±0.03 | ||
| Position accuracy of the center of the three threaded hole | mm | ≤0.05 | ||
| Processing thread accuracy | / | 7H | ||
| Surface roughness of threaded holes | Ra | ≤6.3 | ||
| Axial parallelism of threaded holes | mm | ≤0. 05 | ||
| Chamfering roughness of enlarged holes | Ra | 6.3 | ||
Product Overview
This machine tool is a large-scale CNC equipment developed by our company for drilling, tapping, and reaming threaded holes on the end of train axles in the railway industry, including passenger and freight trains, subways, and high-speed trains.
It can meet the requirements of drilling, reaming, tapping, and processing of various groove type characteristic holes on the end faces of various types of axles, and can meet the large-scale production of compatibility with multiple types of axles.
The equipment is suitable for processing various metal materials for axle processing (such as high-quality carbon steel LZ35, LZ45, LZ50 from 35 to 50)
Adopting the method of simultaneous processing at both ends, the workpiece should be able to complete multiple processes such as drilling, chamfering, tapping, etc. for the end face and threaded hole of the axle after one clamping.
