Rapid Prototyping

 

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

Rapid Prototyping - Injection Molding - Plastic Fabrication - Solid Surface Products - CNC Machining - Global Sourcing

     Rapid Prototyping and Design
Time is money. Especially when you’re trying to get a design into production. One solution: rapid prototyping using Stratasys FDM (Fused Deposition Modeling) technology. This process provides our customers with a functional part that is quick and cost-effective.  Rapid Prototype PartExhibiting up to 85% the strength of an actual molded part, these prototypes can be machined, sanded, and painted for even greater representation of the intended design.
A conceptual geometric model is first created on a CAD workstation. The file (.stl) is imported into the Quick Slice software package, where it is sliced into horizontal layers that are downloaded to the FDM system. Semi-liquid thermoplastic material (ABS) is Rapid Prototype Jointed Partextruded and then deposited in .009-.010” thin layers from the FDM head, one layer at a time on the Z-axis.  Moving on the X-Y axis, the head follows a tool path generated by Quick Slice software.  The FDM system uses dual extrusion heads: one to deposit the modeling material, the second to deposit a support material, which is often necessary for parts with cantilevered geometry.  No post-curing is required, enabling the designer to create multiple versions of a part within a short time frame.
Native File Formats: SolidWorks, CADKEY, Mastercam files.
Other CAD/CAM File Formats: Autocad 2000, Pro/E, etc.

3-D solid model formats: .stp, .igs, .x_t, .sat2-D line drawings: .dxf, .dwg

In addition to our FDM capabilities, Eck Plastic Arts, Inc. has the knowledge and experience to assist you in other areas of product development.  Material selection, manufacturability, and mold design options are just some of the ways we can help turn your concept into reality.  For designs requiring exceptional surface finishes and intricate detailing, we also offer the option of SLA (Stereo Lithography) prototype process. Additional information regarding the physical properties of FDM and SLA parts, alternative prototyping methods, and special application resins are readily available. Just give us a call, and ask about our solutions to your product development needs!