What is a cross image?

Cross slip is part of a machine tool that allows you to move postal post or workpiece along two perpendicular planes during machining. Cross images fall into two categories: those that support tool bits such as turning cross slides and workpiece supports used on milling machines and drilling presses. When performing facial operations, it serves as a mobile platform for a static tool. The milling machine or the Press Cross Slide drill moves the workpiece via the revolving tool axis to affect cutting operations. Both types usually achieve their movement using two lead screw mechanisms that allow a high degree of control and very accurate progress.

Precision Machine Machine Matter, such as lathes and milling machines, rely on the accurate introduction and progress of their appropriate bits of tools on the workpiece. The main difference between the two types of machine is the relationship between the workpiece and the battle of the tool. The lathes spin a workshop chuck while the Bit toolbecomes static in the instrument. The machining is achieved by shifting the tool bits to the workpiece to cut off the material. The milling machines have a revolving tool that is held static, while the workpiece is progressing against it to remove the material.

On the seats of the machine are mounted slides of the lathe, which dresses the bed bed and passes the length on the same axis as the rotating workpiece. The cross slide offers an assembly platform for the Mail tool in which the tool bit is held. When the saddle moves along the length of the bed, slide and tools move with it to perform parallel cuts. If it is necessary to face, the cross slip can be set over the width of the turning bed to dress the workpiece. The cross slip can also be modified to move along the entire length of the saddle also for further fine adjustments.

Milling machine and drilling print slides provide the same level of controlFine progress as a lathe slide. The main difference between the two, however, is that the slide holds the milling and the workpiece proceeds and the tool bit rotates to cut. This feature means that the cross -image of the milling machine will include a specially designed vise that supports and immobilizes the workpiece. By turning the clip of the lead screws, the workpiece is strengthened to contact the tool bit to achieve cutting. This type of cross slip can also be adjusted along two perpendicular planes to give the operator a high degree of flexibility and accuracy in machining workpiece.