Reverse turning is an efficient processing technology for machining circular parts, and is suitable for large quantities and high quality manufacturing of circular metal workpieces. At present, after the side of the processing disk parts, it is necessary to take down and turn the parts of the disks, and to process the other side of the disc parts. The processing steps are tedious and the processing efficiency is low.
In this project, the automatic connecting equipment of the double spindle disk parts is developed. Through the design of the upper and lower movable double spindle, the double side machining can be realized synchronously. It has the advantages of high intelligence, high precision, doubling the production efficiency and reducing the area of the area.
(1) the design of the fully automatic compound processing technology
Use the combination of positive and inverted cars to design two parts of disc parts.
At the same time, the two sides of the four coordinates are processed at the same time. Through the design of the automatic module, TrackMotion automation module and the modular basic structure of the machine tool, the whole process is unmanned, and the error caused by many manual clamping is avoided, the machining accuracy is guaranteed, the processing auxiliary time is reduced, and the efficiency is raised 2 times.
(2) integrated design of column and double spindle
The double spindle is designed on the top and bottom of the column. The main shaft takes the workpiece from the corresponding feeding device. After the turning process of the bottom surface, the workpiece is transferred to the lower shaft by the top shaft to keep the workpiece with a very accurate positioning angle. The lower shaft is combined with the knife tower to process the upper surface of the workpiece, and the reverse surface and transmission task of the workpiece are finished between the two spindles. No additional mechanical equipment, more stable. At the same time, the process of manual reverse clamping is reduced, which has the advantages of high machining accuracy, high processing efficiency and small occupying area.
(3) design of vertical storage conveyer
The traditional workpiece is carried by manual handling, the working degree is large and the efficiency is low. This project is designed for the vertical storage conveying device. The reserve box has a multi group of circumferential guide bars. The workpiece is stacked neatly by the reduplication rod, and the workpiece is accurately conveyed to the main spindle chuck through the design of the motor dividing mode and the time interval. The position of feeding, the vertical storage design increases the quantity of storage in the unit space of the workpiece, reduces the labor intensity, and realizes the large batch and automatic processing of the work pieces.