2″ x 6″ 8 Station Vise

This is my first batch, I made a mistake, and the ends are not as square to the sides as I would like. Sitting on an end on a surface plate one axis is .003″-.004″ out of square and the other is around .0006″ over 6″ like it should be. While this does not cause any issues with the use of them I am lowering the price by $20 because it is far out of what I consider acceptable. There is zero issue if using a tailstock and if you bolt it to the rotary table there will be no accuracy lost once you cut the soft jaws.

This vise is for rotary axis work. The vise body is made from 6061-T6 aluminum with a .003″ thick Type III anodized finish. All holes used are machined after anodizing and the 8-32 mounting holes are wire inserted .246″ deep. The center jaw is located with (4)  3/16″ x .125″ tall dowel pins and held down with (2) 8-32 SHCS. The moving jaws have the traditional dovetail wedge interface with a spring plunger from the back holding them in place. The jaw carriers extend 3/8″ under the fixed jaw and are .005″ below the vise bed to keep chips out. The way that double station vises work pulling the moving jaws together against the fixed jaw transfers very little load to the vise body. The lead screw is a 4″ long 1/4-20 SHCS. These vises can be bolted to the face of a rotary table or held to a drive plate on the rotary table with a tailstock. If a pneumatic tailstock is used the vises can be swapped with around 20 seconds of spindle down time. Using 2 vises you can machine 6 sides of a cube in 2 operations with around 40 seconds of spindle downtime if you swap parts in the vises while the machine is running. Items needed to do this, besides the vises, are drive plates for the vises, a drive platter for the rotary table, and either a 3/8″ bolt and washer or tailstock and vise ends, all either you make or sold separately. All materials are made in the U.S.A. and good quality.

For more information please watch some of my videos where I both show the features of these vises and make parts with them.

https://youtu.be/8NgjtuJaItg shows them in use without a tailstock.

https://youtu.be/a5k4GA582PA is an overview of the vises and shows how fast you can swap them with a pneumatic tailstock to keep the spindle spinning.