![]() Cradle design with 90° vertical indexing, scaled in 1° increments.Base has four ½” shoulder slots for quick, easy positioning on the machine table.No corresponde a ningún id de usuario en la aplicación web, ni guarda ningún dato personal identificable.Wilton 4" Cradle Style Angle Drill Press Vise FEATURES _cfduid - La cookie ‘_cfduid’ es establecida por el servicio de CloudFlare para identificar tráfico web de confianza. Pertenece al plugin de WordPress Polylang y permite guardar el idioma en que se mostrará el site al usuario. >pll_language - Es una cookie persistente (6 horas de duración) y de personalización. It does not correspond to any user id in the web application, nor does it store any personally identifiable data. _cfduid - La cookie ‘_cfduid’ is set by the CloudFlare service to identify trusted web traffic. It belongs to the WordPress plugin Polylang and allows to save the language in which the site will be displayed to the user. ![]() Pll_language - It is a persistent cookie (6 hours duration) and customization. These cookies are indispensable for the use of this website. They are usually set only in response to actions you take that result in a request for services, such as accessing a secure area of our website. PHPSESSID - They allow you to move around the website and use its basic functions. Visit the Angle Drill Press Vise Topic in Forum: I’ll make a couple extra grooves on my 3D Router to use this vise… and it’s all done. And now I’ll make sure the vise can reach 45 degrees. I’ll machine the knobs like I did in a previous video. I’ll test the rotation before screwing them in, making adjustments if necessary. Now with the Portable Workshop I’ll machine these two pieces that will allow me to lock the vise at the desired tilt angle. ![]() I fix them in their position with screws, and then I screw in these hinges that will provide a rotation axis. I’ll put the vise to the test by machining these two pieces. I apply a couple of coats of spray varnish and I glue the handle with cyanoacrylate. This hole must be one millimeter smaller than the threaded rod we will use. Now I will machine the handle, made with a piece of maple wood. This will make the movements of the whole vise smoother. Here I will also use glue and screws, resulting in an easier assembly and more resistant final product. We assemble all the components as shown in the video. Although it has to fit tightly on the rebate, it should be able to rotate once it’s in. ![]() Using an angle grinder, I’ll make a little rebate on this threaded rod and machine a washer to insert in said rebate. I’ll machine these pieces to place the threaded insert.įirst I’ll screw in a couple of screws so that the pieces won’t move when pressuring them with the clamps due to the viscosity of the glue. I’ll sand this side to prevent friction when sliding it. Now I’m preparing the piece that will slide along the rebate I just made.Īlthough this piece must fit in tightly, it should also be able to slide easily. First, we cut all the pieces according to the cutting list. I’ve designed a fast clamping system with adjustable depth. It will also be useful for milling on my 3D Router. Right now you can see me drill a hole on an edge at a 45 degree angle. If you are interested in collaborating with my web or building your own drill press vise, here you can download them: Drill Press Vise Plansīy removing these four screws it can also be used without its tilting functionality in order to drill straight holes. This is the 3D model of SketchUp included in the plans. As you can see it’s a simple, easy-to-build design. It can be used in conjunction with a column drill or a router. Today I’ll make an angle drill press vise that will allow me to drill and mill holes at an angle.
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