Z Corp. Materials



Z Printer 310
Spectrum Z 510
Z 810 System
Z Cast Metal Casting
High Performance
Casting Materials
Specialty Materials
Concept Modelling
Finite Element Analysis
Functional Testing
Metal Casting
Presentation Models

Z Corporation offers several material systems to satisfy a variety of modeling needs. The different material options allow users to customize the material properties for each application, further enhancing the convenience of Z Corp. 3D Printers. Every material system offers the high speed printing and low material costs standard with Z Corp. 3D Printers.

Loading a new material into the 3D Printer is a quick and simple process. In addition, all unused material is recyclable, further reducing material costs.

High Performance Materials

High Performance Composite Material can be used to make strong, high-definition parts and is the material of choice for printing color parts. It consists of a heavily engineered plaster material with numerous additives that maximize surface finish, feature resolution, and part strength. This material is ideal for:
  • High strength requirements
  • Delicate or thin-walled parts
  • Color printing
  • Accurate representation of design details
   

FAQ: FREQUENTLY ASKED QUESTIONS

What is the recommended operating environment for the Z810 System?

We currently offer several material systems for use with Z Corp. 3D Printers:

  • High performance composite
  • Snap-fit
  • Elastomeric
  • Direct casting
  • Investment casting

The binder is a water-based binder.

Are the materials recyclable?

Yes, the unused powder can be recycled, further reducing the cost to print a part.

How strong are the parts?

The parts can be given added strength and different material properties depending on the needs of the customer. When parts first come out of the Printer, they can be handled carefully and examined. If you want added strength and durability, the parts can be infiltrated with a variety of materials.

What types of materials are available for infiltrating Z Corp. parts?

Once the part has been printed, it is about 50% porous and can be infiltrated to produce a range of material properties. Infiltrant options include a variety of waxes, urethanes and resins, depending on the desired part characteristics.

 
   
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