gingery 3d models

The gingery faceplate pattern with draft where needed for sandcasting.

In Book 2, David Gingery's series showcases this lathe, which, when paired with an earlier project, provides sufficient tools for operational lathes. The book encourages readers to create essential tools like a boring bar apparatus and others...

... book is available from various book sellers online and has all the instructions on assembly. If you're new to metal casting, The Charcoal Foundry by David Gingery is a great place to start learning. ... I did all of the 3D modelling with TinkerCAD.

Ive based the design on the Gingery book. Have followed major dimensions. The plan is that we will 3d print the parts then form lost cast them. Because of this Im not planning on using drafts like in the book. (makes modeling quicker) Also will need...

Gingery Lathe, incomplete and imperfect - headstock base, carriage and bed assembly

Gingery Lathe, incomplete and imperfect - headstock base, carriage and bed assembly

This text is extracted from David Gingery's sixth book, specifically created to complement his unique lathe design.

The smaller components of the gingery indexing head are now ready for sand casting after having been treated with a draft.

If you're planning to build a gingery lathe or any other gingery machine, I highly recommend purchasing the books. The physical copies are an excellent resource for information even after building your lathe and other machines. They also contain more...

This is half of the mold needed to cast the aluminum base for the Gingery Lathe. It is oversized as per the book to allow for shrinkage. Print two halves and glue and bolt them together. Remove bolts once the glue dries. The print bed on the...

It is essential to note that these patterns alone are insufficient for completing the project; users must acquire David Gingery's book, which can be purchased online through various retailers, for detailed instructions and guidance. While it may be...

This is a split nut designed according to David Gingery's "metal lathe" book, intended to be finished as described and then cast in pot metal. To replicate this accurately, you will need to follow the casting process exactly as outlined in the...

Headstock and Bearing Caps for David Gingery's Metal Lathe project.  These patterns are an meant as an accompianment to David Gingery's book "Book 2 - The Metal Lathe" (ISBN:978-1-878087-01-0).  This is the headstock for the lathe, with the bearing...

This is my attempt at recreating the gingery Lathe Compound Slide, set up as a split pattern. You may need to sand it (depending on your printer's quality) to get a smooth finish. I used 320 grit sandpaper to smooth out the edges and successfully...

After printing out numerous parts from the gingery lathe design by sprocket1597, I noticed that many of the components were missing. To rectify this issue, I started designing the missing parts in Freecad. This allowed me to obtain all the necessary...

This is going to be modeled close to what's in the book with the exception of using 3/8" flat bar for all the ways instead of the 1/4". Should be able to use 10mm thick too. I'll add more as I complete them.Most of the models are split patterns and...

The dividing head, an essential component in book six of the David Gingery bookshelf collection, is the focus of this particular design.

Gingery Lathe Features 3/8-16 Threaded Rod as Leadscrew, Matching Mini Lathes' 16tpi Leadscrew. This Compatibility Enables Users to Cut Either Metric or Imperial Threads on Both Machines Using the Same Tables. ...Check Out This Detailed Guide for More...

I reinforced the cross slide base by adding three-quarters of an inch to each side, thereby enhancing its stability. ...Additionally, several modifications were made to boost rigidity and simplify the casting process.

The humanoid figure is crafted from a rich, dark filament that resembles the deep tones of espresso. ...Its physical appearance bears a striking resemblance to the warm, golden hue of burnt ginger.

The 3D design of the Dividing Head and Attachments is attributed to David J. ...Gingery's creation, sourced from his Book 6 on fabricating a workshop with recycled metal. ...It was constructed using SolidWorks 2010 software.

I created an injection molding apparatus following Vince Gingery's blueprint, incorporating approximately eight enhancements such as substituting a 3/4 piston to increase the shot size and replacing a bushing with rollers for improved functionality.

Vincent Gingery's classic project involves creating an affordable powered hacksaw using scrap metal and bought parts. ...The initial blueprint suggested welding, but due to my lack of expertise, I opted for bolting the components together instead.

A Slip roll, inspired by Gingery's design, features slight modifications. ...It bends materials as wide as 24 inches using just fundamental hand tools and a welder for construction.

This centrifugal fan is derived from David Gingery's book "How to Design & Build Centrifugal Fans for the Home Shop" (ISBN: 0-917914-60-0). Designed for lifting Science Olympiad hovercraft using an RC car brushed motor in 2018 competitions, it has...

Gingery The street elbows, pipe caps, quick connect, and pipe nipples are models downloaded from McMaster-Carr (love that site for externally threaded parts and fittings). The valves I made up roughly off of a valve on their site that didn't have a...

This is a DXF file for a customized "Gingery style" lathe bed. Additional parts are available for various tools such as the Miller, shaper, drill press, indexer, and lathe, all provided in DXF format on Dropbox for interested parties - just send me a...

... it may also function well as a metal-cutting machine. My aim is to enhance this design by combining it with Gingery's lathe model, resulting in an improved lathe suitable for hobbyists. ...Currently, the project is 95% complete in terms of parts.

... Designed specifically for my Gingery embroidery scissors, this attachment will also work with many other clippings. ...Try out the small print; if it's too small, you can easily scale up one dimension or another to fit your particular scissors.