Stratasys, Inc.

Tal Ely

Daniel Dikovsky

Shiran Lupo

Mazi Amiel-Levy

Avraham Levy

Mariana Pokrass

Dani Peri

Dana Tenne

Ira Yudovin-Farber

Efraim Dvash

Modeling material formulations and formulation systems usable in additive manufacturing of a three-dimensional object, featuring, when hardened, a Shore A hardness lower than 10 and/or a Shore 00 hardness lower than 40, are provided. Additive manufacturing processes utilizing these formulations and formulation systems, and three-dimensional objects obtainable thereby, are also provided.

Formulations usable in additive manufacturing of a three-dimensional object made of a soft material

Curable formulations which form cured materials that are breakable upon immersion in water are disclosed. The cured materials break into a plurality of particles being a few millimeters or less in size. Methods of fabricating three-dimensional objects utilizing the curable formulations are also disclosed, as well as model objects fabricated thereby. The curable formulations include at least a mono-functional curable material and a multi-functional curable material, as described in the specification.

Water-breakable formulations and additive manufacturing processes employing same

A method of manufacturing a conductive element is disclosed. The method being executed by an additive manufacturing system and comprises: dispensing a modeling material on a receiving medium to form a layer, and dispensing a conductive ink on the layer of modeling material to form a conductive element. In some embodiments of the invention the modeling material comprises a sintering inducing agent, and in some embodiments of the present invention a sintering inducing composition is dispensed separately from the modeling material and separately from the conductive ink.

Method and system for in situ sintering of conductive ink

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Ramat Gan, Israel

Tal Ely