3D Printing - Service by 3D Proto Rapid Prototying Service bureau, SLA, FDM and  MJM
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3D Proto, Inc - 3D Printing and CAD Design 

3D Proto will guide your project from the concept sketch through the CAD design, physical prototyping stages and finally we will make sure that it is ready for the full production.

We are a Rapid Prototyping, 3D printing and CAD design service bureau. We provide a quick and easy way to obtain prototypes, design services and allow you to make the 3D plastic prototype models a common part of your design process.

Our prototyping services will aid your design verification and provide you with a realistic experience of your future product before investing in tooling and running a high volume production. Furthermore, high resolution rapid prototypes produced by us will also serve as an ideal pattern for the soft mold tooling as well as a 3D model for any type of visual presentation.  
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Our rapid prototypes

are produced using state of the art stereolithography, 3D printing and CNC equipment from 3D Systems, Stratasys and Mitsubishi.
Rapid prototyping materials are obtained from well known suppliers such as DSM Somos and 3D Systems.

3D Info

Rapid prototyping tooling refers to the automatic construction of mechanical models with 3D printing, stereolithography machines or Selective Laser Sintering Systems. Rapid prototyping or 3D printing is a type of computer aided manufacturing (CAM) and is one of the components of rapid manufacturing. Rapid prototyping is as known as Solid Freeform Fabrication. There are two main methods of rapid prototyping, which are derived from similar approaches in sculpture. In additive prototyping, the machine reads in data from a CAD drawing, and lays down successive millimeter-thick layers of liquid plastic, powdered plastic or some other engineering material, and in this way builds up the model from a long series of cross sections. These layers are fused, (often using a laser) to create the cross section described in the CAD drawing. Advances in 3D printing technology allow the machine to use multiple materials in the construction of objects. This is important because it can use one material with a high melting point for the finished product, and another material with a low melting point as filler, to separate individual moving parts within the model. After the model is completed, it is heated to the point where the undesired material melts away, and what is left is a functional plastic machine. Although traditional injection molding is still cheaper for manufacturing plastic products, soon rapid prototyping or 3d printing may be used to produce finished goods in a single step.  

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MJM Rapid Prototyping
MJM 3D printing model making  process, designed by 3D-Systems produces affordable high resolution water tight prototypes from a photo-sensitive polymer with resolution of 0.0017inch/layer. This high resolution process produces smooth surfaces without need for sanding, further reducing prototyping cost. MJM prototypes can be built as large as 14 x 11 x 8 inches. 
3D Proto, Inc. - (800) 689-0214 - Rapid Prototyping
P.O. Box 849 - Round Lake, Illinois 60073