Centrifugal Or Lost Wax Jewelry Casting

This book is a basic introduction to lost-wax casting with emphasis on jewelry making. It is designed to be used both as a textbook and a reference book and is directed primarily at beginners. Experienced casters, however, will probably find some useful ideas; they may even find some new techniques. Heavy emphasis is placed upon understanding why things are done in a particular way, rather than simply presenting a set of cookbook rules that will always work. The book is also available in a 8.5x11 inch comb-bound version for use in the shop or classroom. See ISBN 0-9679600-1-0.

Mr. Hiroshi Tsuyuki, the Japanese authority on Jewelry Wax Modeling, uses an innovative approach to teaching the technique of wax modeling. Often a process is easier shown than described in so many words. This book was conceived through the author's teaching experience -- more photos and sketches and less text resulting in less over-the-shoulder supervision. By introducing new techniques in each project, his students were able to progress more rapidly towards independence in design concepts. While preparing a model for casting and the actual casting process are adequately explained in most casting books, very little space is devoted to the design and creation of wax models. Mr. Tsuyuki presents 11 basic projects in this book, each one designed to teach the use of certain tools and types of waxes in a progressive manner as one's skills improve. Each step of every project is accompanied by a photo and text and in some cases supplementary sketches and notes are provided to clarify those particular processes. Paying careful attention to the photos, noting the demonstrator's hand position and the type of tool being used, eliminates any confusion which may result from the text. After each basic model is completed the author offers a number of sketches suggesting design possibilities using the techniques learned in the construction of the basic model. Mr. Tsyuki states that by conscientiously completing each project, the student should be well on the way to becoming a designer/modeler. This book is 112 pages and has 283 photos and illustrations.

Expanded edition of this excellent textbook about lost wax models, investing, burnout and other procedures. Clear descriptions with hundreds of drawings of small scale casting.

Featuring exquisite photos of more than 800 contemporary and historic works, this first-of-its-kind book reveals how the process of casting--pouring material into a mold--has transformed our world through its history and omnipresence. In these image-rich pages, craft, fine art, design, and everyday objects offer us perspectives on casting's unique possibilities, its place in history, and its role in contemporary object creation. Comprehensive and insightful, the book includes writings on casting as it relates to Art History (by Suzanne Ramljak), Large-Scale Metal (by Joseph Becherer), Ceramics (by Ezra Shales), Glass (by Susie J. Silbert), Jewelry (by Jen Townsend), and Alternative Materials (by Elaine A. King). A multi-disciplinary approach--including everything from traditional lost wax casting in non-ferrous metals to casting rubber, glass, porcelain, plaster, and some very unexpected materials--makes this an essential resource for artists, craftspeople, historians, designers, and everyone interested in the objects that populate our world.

Detailed information and photographs show how to construct equipment and jewelry, castings, molds, and patterns for jewelry and metal.

This book provides an overview of metal casting technologies starting from its historical evolution to casting design strategies that are being followed today in foundries and other metal casting industries. The details of most of the casting processes and their applications are also included for completeness. Foundry practices such as mold materials and molding techniques, pattern making and cores, furnaces, pouring, cleaning and heat treatment etc. are discussed in detail. Finally, current practices in casting design are demonstrated. Further developments in the field through computational methods and virtual reality are also described.