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Description
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PolyJet Matrix™ Technology
A New Direction in 3D Printing
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Technology
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Simultaneously prints parts with different mechanical properties, opening the way to savings throughout the design cycle.
It enables close emulation of the look, feel and function of final products, facilitating selection of the end-product materials. See how PolyJet Matrix technology saves days and costs of simulating and preparing complex and expensive molds for double injection.
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| The Overmolding Process |
Applications |
While modern overmolding is nearly three decades old, it has only been recently that it has expanded beyond a niche application in the injection molding arena. Over the past few years, overmolding has experienced major growth throughout an ever increasing array of products and industries. From consumer products to industrial goods, companies apply overmolding to differentiate through design, improve performance and reduce
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Expanding Applications and Opportunities with PolyJet™ Rapid Prototyping Technology
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Business
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The manufacturing world is increasingly turning to 3D printing in an effort to meet the requirements for rapid time to market in today's competitive market place. By solving engineering problems as early as possible in the development process companies can save costs and progress more swiftly from concept to finished product.
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Rapid Tooling Applications
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Applications
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In today’s competitive marketplace speed isn’t everything – it’s the only thing. Rapid Tooling (RT) can compress time to market while reducing tooling costs. In addition, RT techniques provide the ability to create parts from actual end-use production materials and run quantities up to production volumes, meaning more parts per mold.
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Sand Casting Applications Using Rapid Prototyping Technology
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Applications
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This whitepaper provides an evaluation of how Objet’s patented PolyJet™ Technology fits within a sand casting applications framework
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Vacuum Forming Applications Using Rapid Prototyping Technology
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Applications
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This whitepaper provides an evaluation of how Objet PolyJet Technology fits within a vacuum forming applications framework.
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Expanding Applications and Opportunities with PolyJet™ Rapid Prototyping Technology
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Business
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The manufacturing world is increasingly turning to 3D printing in an effort to meet the requirements for rapid time to market in today's competitive market place. By solving engineering problems as early as possible in the development process companies can save costs and progress more swiftly from concept to finished product.
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Mandibular Reconstruction Using
3D-Printing Modeling Technology
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Medical
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Mandibular reconstruction can be challenging for the surgeon wishing to restore its unique geometry. Precious time in the operating room is invested in plate contouring to reconstruct the mandible. See how the use of 3D-printing modeling enables accurate contouring of plates prior to surgery.
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An Assessment of Objet Geometries’
Technologies in the Medical Arena
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Medical
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This paper is an evaluation of how Objet PolyJet™ Technology fits within a medical applications framework. The advantages of using additive fabrication technology in medical applications have long been evident. However, to date the number of machines sold for medical use has been limited. This may change in the future as companies address some of the issues discussed in this paper. In addition, this paper explains how Objet technology is at the forefront of certain medical applications.
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Jewelry Applications Using PolyJet™ Rapid Prototyping Technology
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Jewelry
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This whitepaper provides an evaluation of how Objet PolyJet Technology fits within a jewelry applications framework. We expect the PolyJet technology, specifically the introduction of the process technology, to revolutionize jewelry production and to bring with it additional benefits including labor-cost savings, a shortening of product development time and new design developments.
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Medical Sterilization Applications
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Medical
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This whitepaper describes the different sterilization methods and technologies available in today’s medical equipment sterilization market that are relevant to rapid prototype models. Focus is given to the more common sterilization methods used or available for medical equipment in hospitals and clinics. At the end of this paper, a conclusion and table summarize six common sterilization methods. These methods/products were isolated and ranked based on their sterilization efficacy and applicability to medical instruments and rapid prototype models
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