Take your design from the digital to physical world

3D printing allows you to prove out your concept ideas by printing your 3D design as a one-off finished product within hours or days.

Shifting from the 3D digital world to a physical part will accelerate your product development process and lower cost. A 3D printed part is more effective at communicating the design, so you can make better decisions faster.

Dentistry Model

About the Applications

Typical Usage

  • Sales and Marketing.
  • Ergonomic Studies.
  • Architectural Models.

3D Printing Benefits

  • Using a 3D Printer you can easily create models that look and feel like your finished products.
  • Create parts with fine details, smooth surfaces, rigid housings, soft-touch buttons, lettering, rubberlike seals and even clear components.

Case in Point

Objet’s reliable Eden 3D printer delivers unparalleled quality for Zebco fishing tackle prototypes

View the Case Study

Shoe Sole

Sales & Marketing

Create a physical mock-up of your product in hours, for use with a focus group or as a pre–launch model of a new product to help kick start sales. They can see it, hold it and examine it from every angle.

3D Printing Benefits
  • Create models before they are manufactured to help sell the idea.
  • Use for demonstrations and trade shows or as samples for clients.
  • Create different textures on your models.
Remote Control

Ergonomic Studies

Meet your ergonomic testing needs with a 3D printing model. Objet printers have more than 100 materials and Digital Materials offering a wide variety of physical properties.

3D Printing Benefits
  • Create rigid and soft feel products.
  • Create different textures on your models.
  • The ability to create 1:1 scale models for accurate ergonomic studies.
Architectural Design

Architectural Design

3D printing architectural models provides the opportunity to reduce the number of steps, improving design time, while retaining fine details of the final architecture plan.

3D Printing Benefits
  • Create models faster without the labour required with traditional models.
  • Create modular parts so that design changes can be easily applied.
  • Models are stronger and stable over time, eliminating distortion.