Rethink Product Development With Two New Engineering Resins
Two primary factors have prevented 3D printing from expanding into wider applications: materials and cost per part. By developing lower cost 3D printers like the Form 2 and the Fuse 1, Formlabs is constantly working to lower cost per part by addressing the amortized costs of labor and equipment ownership.
Today, we’re pleased to announce two new additions to our Engineering Resins library, expanding your options for 3D printing functional prototypes and low volume production runs on the Form 2.
Grey Pro Resin is a versatile prototyping material, suited for functional parts and rigorous testing. Rigid Resin, our first glass-reinforced material, offers very high stiffness and a polished finish and is great for precise printing of strong, thin features.
With the introduction of versatile, advanced materials like these, we’re constantly pushing the limits of our 3D printers as well as what additive manufacturing is capable of across the industry.
Grey Pro Resin: Your Go-To Works-Like Prototyping Material
Grey Pro Resin’s high precision, moderate elongation, and resistance to deformation over time make it a versatile material suitable for a wide range of engineering applications.
Our library of Standard Resins offers numerous options for looks-like prototypes and concept models with smooth surfaces that show fine detail, but we know that for rigorous hands-on prototyping and function and fit testing, parts need to be able to withstand more stress.
Use Grey Pro for applications like form and fit testing, injection molded product prototypes, mold masters for plastics and silicones, and jigs and fixtures for manufacturing.
Grey Pro Resin requires Resin Tank LT for successful printing.
Rigid Resin: Formlabs’ First Glass-Reinforced Resin
Rigid Resin is reinforced with glass, lending a polished finish and feel. With the highest tensile modulus of any Formlabs resin, Rigid Resin is very stiff and noncompliant. This material has good impact strength and high stability over time.
Use Rigid Resin to print turbines and fan blades, jigs, fixtures, and tooling, manifolds, housings for electrical and automotive applications, and other parts that require high stiffness, low creep, and high stability over time.
Rigid Resin requires Resin Tank LT for successful printing.
Choose the Right Engineering Resin
Not sure which Engineering Resin to choose? Use this table as a reference for choosing the right material for your application, or find full data sheets on our Engineering Resins page.
|Things to Consider
|Precision and stability.
|Lower impact resistance than Tough and Durable.
|Exceptionally stiff and stable over time.
|Features that are thin and strong.
|May break if deformed or bent too far.
|High elongation and impact strength. Low friction reduces wear.
|Prototyping moving parts, packaging.
|Can only be used in room temperature applications.
|High impact strength, high tensile strength.
|May deform under repetitive and high loads over time.
|Bends and compresses.
|May tear after cyclic stretching.
|High temperature resistance.
|Static, high temperature applications. Environmental testing.
|Brittle, low elongation.
Advanced Materials to Advance Product Development
We can’t wait to see what people create with these new resins! Visit the Formlabs store to place your order and start printing.