Harvest Technologies is a rapid prototyping service provider that is can supply you with prototype components and assemblies made from a wide variety of plastics, elastomers and metals. We utilize our in-house capabilities, as well as highly qualified vendor partners, to produce prototypes that are manufactured to your specifications. Following is an overview of the to main rapid prototyping technologies we incorporate. 
An additive layer manufacturing process that uses a laser and powdered materials to produce durable plastic and metal functional prototypes, presentation models, production parts, casting patterns and rapid tooling. CLICK HERE for additional SLS process and materials information.

An additive layer manufacturing process which uses a laser to solidify liquid resin to produce presentation models, light-duty prototypes and casting patterns. CLICK HERE for additional SLA process and materials information.

Casting urethane resins in silicone molds to produce functional prototypes, presentation models, production parts and metal casting patterns.

Production of investment cast prototypes and parts from single-use wax-like prototype patterns.

Depositing molten material layer-upon-layer through an extrusion or inkjet nozzle to produce plastic and wax concept models, limited functionality prototypes and casting patterns. We currently do not offer 3D printing as a rapid prototyping parts service, but we do resell the 3D Systems InVision 3-D printer system. CLICK HERE for additional information.

Molding and casting plastic and metal prototypes and production parts in tooling made directly by a rapid prototyping machine or through traditional hard tooling. We offer various types of tooling to best match your product requirements and part volumes. We also have offshore sources for complete turnkey injection molding and assembly. If we cannot assist you directly, we will be glad to refer you to one of our top-tier partners.

Detailing parts and models by machining, sanding, filling, dying, painting and/or curing to improve their mechanical and/or aesthetic properties.
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