3000/1000/500 mm / min; machining accuracy of ± 0.001mm. Coordinate machine can be linked to complete all kinds of complex curves and surfaces processing.
1998年，公司投入20万元，用德国西门子810M数控系统、611A交流伺服驱动系统对公司的一台型号为X53的铣床进行X、Y、Z三轴数控改造；保留了原有的主轴系统和冷却系统；改造的三轴在机械上采用了滚轴丝杆及齿轮传动机构。整个改造工作包括机械设计、电气设计、PLC程序的编制与调试、机床大修，最后是整机的安装和调试。铣床改造后，加工有效行程X/Y/Z轴分别为880/270/280 mm；最大速度X/Y/Z轴分别为5000/1500/800 mm/min；手动速度X/Y/Z轴分别为3000/1000/500 mm/min；机床加工精度达到±0.001mm。机床的三坐标联动可完成各种复杂曲线或曲面的加工。
2, and Step by GSK980T driven system of the C6140 Lathe
2、用GSK980T和步进驱动系统改造C6140车床
1999, the company invested 80,000 yuan, a Guangzhou NC plant production GSK980T NC system, DY3 hybrid stepping drive unit for the company's C6140 longer a lathe X and Z axes to transform the two retention The main axis of the original system and the cooling system; transformation of the two-axis machine used in the roller screw and belt drive mechanism. Transformation of the entire work includes mechanical design, electrical design, machine overhaul and the components are installed and debug. Lathe After the transformation, processing effective itinerary X / Z-axis respectively 390/1400 mm; maximum speed X / Z-axis respectively 1200/3000 mm / min; manual speed of 400 mm / min; manual for the rapid X / Z-axis respectively for the 1200/3000 mm / min; machine smallest mobile units of 0.001 mm.
1999年，公司投入了8万元，采用广州数控设备厂生产的GSK980T数控系统、DY3混合式步进驱动单元对公司的 台加长C6140车床的X、Z两轴进行改造；保留了原有的主轴系统和冷却系统；改造的两轴在机械上采用了滚轴丝杆及同步带传动机构。整个改造工作包括机械设计、电气设计、机床大修及整机的安装和调试。车床改造后，加工有效行程X/Z轴分别为390/1400 mm；最大速度X/Z轴分别为1200/3000 mm/min；手动速度为400mm/min；手动快速为X/Z轴分别为1200/3000 mm/min；机床最小移动单位为0.001mm。
3, and GSK980T with AC servo drive system of the C6140 Lathe
3、用GSK980T和交流伺服驱动系统改造C6140车床
2000, NC plant in Guangzhou with production GSK980T NC system, DA98 AC servo unit and 4-position automatic tool carrier of a motor factory lathe C6140-X, Z two-axis NC transformation of the original reservation the spindle and cooling systems; transformation of the two-axis machine used in the roller screw and belt drive mechanism. Transformation of the ent
