Turning spindle turning, also known as turning between centers in woodworking, is a very simple woodturning technique, using one piece of wood being turned on its own center axis. It is common to have both a miter and a dovetail turner to perform turning. While the miter refers to the speed at which the wood is turned and the dovetail refers to the angle at which the wood is turned. Other techniques exist for turning a single piece of wood, but turning between centers is considered the most natural and basic.
There are different types of turning spindles; some are called spindles turning, as they use a spinning wheel or spindle to turn a wheel on the opposite side of the center, such as in a miter. Others, known as crossturners, turn the cross piece, the center piece, over the other, usually in the opposite direction of the spindle. Some of the more popular spindles turn the wood between centers by means of a miter, which is turning the same piece of wood at the same time and can be done in one single stroke with no additional strokes required. Spindle turners, like crossturners, also utilize a spinning wheel to turn the cross piece over again to make the wood turn at different speeds.
While there are many variations on turning, there are certain factors that should be present in any turning machine, so that the turning is consistent and smooth. Some of these factors are that the turning speed should be constant, the rotation should be uniform, the speed of turning should be the same and the turning should not be stopped abruptly.
The distance between centers should be just slightly greater than the distance between opposite ends of the turn. The speed of turning should be equal to the speed of turning the center piece. It should never change during the turn. The amount of rotation should not change, either, but neither should the angle at which the piece of the wood is turned.
The turner should be able to give the turning the same turn each time. Any deviation from this rule will produce inconsistency in turning and may cause the turning to become sloppy. It is also important that the turner is able to give a consistent turn each time, as this allows for consistency in turn quality and allows the turner to learn the shape of the piece to be turned. This means that the turning will be consistent and not only when used for turning the spindle, but when turned as well.
Another factor that should be used to improve turning accuracy is to make sure that the turning spindle is properly set. This can be achieved by turning the turning spindle so that the spindle is not leaning against the turning table. This allows the spindle to be turned correctly each time, but also helps the turning to be done correctly every time. This is very important because if a person is using the turner properly, he will not be guessing the positions of the turning piece.