Presented at the 2017 Day of Digital Humanities. This presentation provides an overview of the 3Dhotbed project to extend bibliographical pedagogy through additive manufacturing.

Presented at the 2017 Code4Lib South Central Conference. This presentation provides an overview of the 3Dhobed project, including the process of 3D scanning, modeling, and printing hand moulds for book history instruction.

Presentation for the 2018 Day of Digital Humanities at the University of North Texas Libraries. This presentation provides an overview of the 3D History of the Book Education (3D Hotbed) project and an update on future developments.

Individual 3D dataset files for numbers 1 through 9 type pieces.

Individual 3D dataset files for uppercase type letters A through Z.

This article discusses the process of collaborative authorship as mentorship, demonstrated through the 3D Printed History of the Book Education (3Dhotbed) project.

3D dataset model of a 16th century Austrian woodcut of plants. This wood block, along with Mattioli Copy 1, is part of set originally commissioned for a mid-16th century publication of an ancient treatise on medicinal plants by Dioscorides, entitled De Materia Medica. The text was translated into Czech and German (and later Latin and Italian) by a Viennese doctor and naturalist, Pietro Andreas Mattioli, with the support of the Hapsburg Emperor Ferdinand I. Mattioli hired Giorgio Liberale de Udine and Wolfgang Meyerpeck to design and illustrate these blocks, of which there were originally over 600. This woodblock is held by the University of Illinois at Urbana-Champaign's Rare Book and Manuscript Library under the call number 581.634 M434 c2.

3D dataset model of a 16th century Austrian woodcut of plants. This wood block, along with Mattioli Copy 2, is part of set originally commissioned for a mid-16th century publication of an ancient treatise on medicinal plants by Dioscorides, entitled De Materia Medica. The text was translated into Czech and German (and later Latin and Italian) by a Viennese doctor and naturalist, Pietro Andreas Mattioli, with the support of the Hapsburg Emperor Ferdinand I. Mattioli hired Giorgio Liberale de Udine and Wolfgang Meyerpeck to design and illustrate these blocks, of which there were originally over 600. This woodblock is held by the University of Illinois at Urbana-Champaign's Rare Book and Manuscript Library under the call number 581.634 M434 c1.

This presentation highlights the progress of the 3D History of the Book Education (3Dhotbed) collection. The team has focused on creating workflows, promoting the collection, adding new material, and assessment of the collection by users. It was presented at the 2019 Texas Conference on Digital Libraries held in Austin, Texas.

This article describes how the 3Dhotbed project (an acronym for “3D Printed History of the Book Education”) harnesses maker culture to advance book history instruction by providing open-access 3D data through a digital library platform.

3D dataset model of a punch for a majiscule sans serif B. The resulting 3D printed model will replicate the historical artifact used to design and cast type during the hand press period. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing. This dataset is an individual file and is part of a complete set of teaching tools.

3D dataset model of one side of a moveable hand mould. The resulting 3D printed model will replicate the historical artifact used to cast type during the hand press period. This 3D dataset is in two parts. Each part is a separate piece of the two-sided mould. You will need to print both files to have a complete model for a hand mould. For printing ease, the spring (used by typecasters to hold the matrix into place on the mould) has been excised. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing. This dataset is an individual file and is part of a complete set of teaching tools.

Presented at the 2017 Rare Books and Manuscripts Section Conference. This seminar focuses on work extending bibliographical pedagogy through additive manufacturing

Presentation at the 2017 Texas Conference on Digital Libraries. This presentation includes the case study of developing 3D models of the tools, hosting the resulting data in the digital library, and the pedagogical opportunities the project has afforded.

3D dataset model of a piece of moveable type with jet attached for a majiscule sans serif B. The resulting 3D printed model will replicate the historical artifact from the hand press period. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing. This dataset is an individual file and is part of a complete set of teaching tools.

3D dataset model of one side of a moveable hand mould. The resulting 3D printed model will replicate the historical artifact used to cast type during the hand press period. This 3D dataset is in two parts. Each part is a separate piece of the two-sided mould. You will need to print both files to have a complete tool for a hand mould. For printing ease, the spring (used by typecasters to hold the matrix into place on the mould) has been excised. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing. This dataset is an individual file and is part of a complete set of teaching tools.

3D dataset model of a removable jet for a majiscule sans serif B. The resulting 3D printed model will replicate the historical artifact used to design and cast type during the hand press period. This dataset will print a single detachable jet piece. To use this model for instruction, you must also print a model of the type without jet; the removable jet inserts into the type piece to illustrate the process of jet removal. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing. This dataset is an individual file and is part of a complete set of teaching tools.

3D dataset model of a facsimile of a 16th century woodcut illustrating a typecaster at work. The model is 4 inches by 4 inches square, and should print type high: 0.918 inches. To print on a standard FDM printer, a smaller mm. nozzle is necessary. A resin print of this dataset was set in a locked form of a tabletop roller press, inked, and printed successfully.

3D dataset model of a piece of moveable type with jet detached for a majiscule sans serif B. The resulting 3D printed model will replicate the historical artifact from the hand press period. This dataset will print a piece of type for a majuscule modern sans-serif B without the jet attached. To use this model for instruction, you must also print the removable jet, which will insert into the piece of type to illustrate the process of jet removal. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing. This dataset is an individual file and is part of a complete set of teaching tools.

Instructions for the 3D Printed Papermaking Mould Version 1

3D dataset model of a hand papermaking mould consisting of three parts: a mould frame, a mould surface, and a deckle. In this version (v2), the mould frame and the mould surface are printed separately and can be fastened together with common sheet metal screws. The user will need to print all three files to have a complete papermaking mould. The resulting 3D printed model will replicate the historical artifact used in Great Britain and parts of Europe in the nineteenth and twentieth centuries with slight variations. This papermaking mould is functional and can be used to cast a 4 ¼ x 5 ½” sheet of paper. While the size of sheet this mould produces is small, the mould frame, its ribs, and the deckle are full size as found in larger traditional European papermaking moulds.

3D dataset model of a hand papermaking mould consisting of three parts: a mould frame, a mould surface, and a deckle. This version (v3) is the same as version 2 in that the mould frame and the mould surface are printed separately, but the holes in V3's mould frame are larger in diameter to accept a heat set threaded insert and machine screws are used in place of sheet metal screws. The user will need to print all three files to have a complete papermaking mould. The resulting 3D printed model will replicate the historical artifact used in Great Britain and parts of Europe in the nineteenth and twentieth centuries with sight variations. This papermaking mould is functional and can be used to cast a 4 ¼ x 5 ½” sheet of paper. While the size of sheet this mould produces is small, the mould frame, its ribs, and the deckle are full size as found in larger traditional European papermaking moulds.

3D dataset model of a moveable hand mould, matrix, punch, and type piece for a majiscule sans serif B. This dataset includes all the files necessary to print an entire set of the typecasting teaching toolkit in one file: the two-part handmould, punch, matrix, and two pieces of type (one with the jet attached as well as a detachable jet piece and an individual type piece). The resulting 3D printed model will replicate the historical artifact used to design/cast type during the hand press period. These models are for teaching purposes only and cannot be used to cast type using molten type metal, nor can they be used for printing.

3D dataset model of a hand papermaking mould consisting of two parts: a mould frame and a deckle. In this version (v1), the mould frame and the Mould surface are printed together as one piece. The user will need to print both files to have a complete papermaking mould. The resulting 3D printed model will replicate the historical artifact used in Great Britain and parts of Europe in the nineteenth and twentieth centuries with sight variations. This papermaking mould is functional and can be used to cast a 4 ¼ x 5 ½” sheet of paper. While the size of sheet this mould produces is small, the mould frame, its ribs, and the deckle are full size as found in larger traditional European papermaking moulds.