Urethane Casting

How does it work?

Urethane casting utilizes silicone RTV molds as tooling to cast finished components with various physical properties, such as soft, hard, or heat resistant. These can mimic or replace components made from more complicated, expensive, and involved processes.

Advantages

  • Cosmetically good components that can be painted or colored to look like production parts
  • High resolution & fine feature details translate well from a master pattern
  • Good cost-per-part, particularly on lower volumes of parts
  • Good overall accuracy & surface-quality reproduction

Production Parts

Manufacture or cast custom one-offs to low-volume part runs.

Functional Prototyping

Parts can be utilized for full-usage scenarios, as seen in plastic applications.

Look-See or Prototype

Excellent for simple look/see part(s), example pieces, or prototypes.

Recommended for you

SLS Additive

High Impact

Selective Laser Sintering (SLS) uses a laser to melt cross-sections of a CAD design into a thin layer of powder.

SLA Additive

High resolution & fine feature details

High-resolution parts with fine details and a smooth surface finish.

SAF Additive

Powder Crafted Designs

Precise, durable, and repeatable parts. Excellent for production, housings, and functional prototyping.

FDM Additive

High strength materials

Print large parts up to a meter long with excellent thermal and mechanical properties.

DMLS Additive

Precision Metal Prints

Produce complex and intricate metal parts from a wide range of materials.

PolyJet Additive

Multimaterial Masterpieces

Full-color, multi-material capabilities, with high precision for versatile applications.

LCDP Additive

Versatile Filament Craft

Cost-effective with quick turnaround, ideal for rapid prototyping and small-scale production.

P3 DLP Additive

Smooth surface finish

High-resolution, customizable, and scalable 3D-printed parts produced with precision and speed.

It looks you’ve submitted a new quote, if you want to track your quote please