Waichulis Form Box containing 3D models of the Sphere, Cylinder, Cone, and Cube featured in the exercises.
Since the launch of our Language of Drawing (LoD) and Language of Painting (LoP) programs, practitioners have been looking for ways to get a copy of The Waichulis Form Box to work with. For those that may not be familiar with the box, it is an essential tool for the Waichulis Curriculum as it further bridges the conceptual gap between the two dimensional image and the three dimensional world. The Gradation Patterns that are done prior to the Form Box are actually slightly abstracted representations of potential Form Box sections. This fact should make some aspects of the form box exercise seem somewhat familiar. To learn more about how the box is used within our curriculum you can read this article: Waichulis Form Box
Initially, the Form Boxes were available with the LoD and LoP program through a company called Composimold (Wizbe Innovations) (http://composimoldstore.com/). The initial box contained a sphere, sphere housing block, cylinder, cone, two cone-housing pieces, and a rectilinear/curvillinear cubical solid. The Composimold box is very high quality–but extremely pricey (coming in currently at $299.95.) Composimold’s version contains the Sphere-housing block, Cone, 2 Cone-housing pieces, and a Rectilinear/Curvilinear Cubical solid, made from their highly durable urethane casting resin that has been formulated with an anti-UV element. The resin forms a bright white polymer selected because of its excellent toughness, stability and ability to handle mild solvents. The Cylinder and Sphere are also included but are made from durable Polyvinyl Chloride (PVC). All pieces were presented in a pine housing box with an oak rimmed top that slides over the top.
And while this was indeed a high-quality product, we wanted to see if we could make this tool a little cheaper and lighter to ship. As such, we switched our production efforts to 3-D printing. First we made the plans available to all for free. They can still be found here if you would like to craft your own out of any material you like:
Next, Leah Waichulis had 3D files made from the plans for 3D printing. They are available here:
(If for any reason you have an issue acquiring the files from the Thingiverse site you can get them directly from my website here: http://anthonywaichulis.com/wp-content/uploads/2019/07/New_Waichulis_Form_Box_-_Full_Size.zip
Here Leah explains how the new 3D model plans differ from the original:
Leah writes on the Thingiverse page:
"This project contains two files which are listed in ‘Thing Files’.
Form Box without Cylinder and Sphere- The form box contains a nested cone, cube, a rectilinear/curvilinear cubical solid and new nested pyramid. A cylinder can be purchased at your local hardware store from a piece of white PVC. A sphere can be purchased separately. This would be the cheapest option.
Form Box without Sphere- The form box contains a nested cone, cube, a rectilinear/curvilinear cubical solid, a new nested pyramid and a cylinder. A sphere can be purchased separately."
For those looking to assemble the most economical Form Box possible we recommend printing the Form Box without a Cylinder and Sphere and adding in a standard white Field Hockey ball (which has a 2.8” diameter) for the sphere and a piece of white PVC pipe (3” diameter) cut to about 4” in length.
With these files downloaded and unzipped. You can proceed to an online printing service like 3D hubs. Using the settings listed below, the print should look something like this:
Printer Brand: Ultimaker. Printer: Ultimaker 2
Resolution: 200 μm Infill: 20
Color: White Material: ABS (Parts are modeled in mm.)
To 3D print your own Form Box. Download and unzip the 3D print files downloaded from Thingiverse or my site. Next, follow the 3D hubs link at the bottom of the Thingiverse page or here: https://www.3dhubs.com/service/leader-prototyping-la
Proceed to click on the “Get Instant Quote” button on the 3D hub’s main page. When the next page opens, make sure that under the " Select a technology" field 3D printing is selected. Next, drop the unzipped project file (either one (see above)) in the " Upload files and configure parts to get an instant quote" field.
When the file uploads you should then see a screen like this:
To proceed with our settings you need to switch the Material to ABS. You can examine other material (left) and resolution/infill options (right).
Clicking the “Printable with FDM” link will give you a Manufacturability Analysis."
Click “Continue to submit request” when you have the settings you desire.
From there you should be good to go.