Six-axis CNC Flower Key Milling Machines Make Machining Easier.

Flower key shaft milling machine cutting power, good rigidity, the use of overall protection and automatic chip removal can be machined a variety of standard forms of flower keys, gears, machining step gear and flower keys, taper gear and flower keys. Today we recommend a horizontal roller YK6020 machine.

The machine tool overall full protection, electrical box and the whole machine for an integrated compact design, covers a small area, beautiful appearance. The straight/oblique flower key shafts and straight/oblique tooth cylindrical gears of various profiles are machined by rolling milling cutting method. Suitable for automotive transmission parts, tractors, gear processing and other related machinery manufacturing industry in batches, a large number of flower key shafts, transmission shafts and gear parts production of high-efficiency machine tools.

The native numerical control system adopts fanUC series 18i-MB six-axis control numerical control system, which has high reliability, perfect protection function, 10.4" color LCD display function. The tool is driven by ac spindle motor, which has the advantages of high power and smooth operation.

The machine has a wide rolling speed range and can improve cutting efficiency several times. It is worth mentioning that the machine is the most suitable for high-speed/ efficient dry cutting of workpieces under air-cooled conditions. Oil cooling systems for wet cutting are also equipped.

The machine tool in the work piece change and adjustment of simple time-saving, no longer need to carry out tooth-splitting wheels and tool changes and other cumbersome process.

Due to the streamlined and reliable design of the machine drive chain and the improvement of manufacturing accuracy, it is possible to compare the processing accuracy of other non-full-featured CNC flower key shaft machine tools to improve the processing accuracy of more than 30c/o.

Because of the use of full-featured numerical control design to improve the high degree of automation of the machine tool, in the cutting process almost no need for artificial auxiliary operation or adjustment, reducing labor intensity and auxiliary working hours.