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Engineering Plastics Simulation

Below is a list of Engineering Plastics Simulation
Digital ABS Plus

//Digital ABS reformulated for greater impact resistance

Digital ABS Plus (fabricated inside the 3D printer from RGD515 Plus* and RGD535 or RGD531) provides better impact strength in addition to its previously well-known attributes of high-temperature resistance, toughness and superior finish. Digital ABS2 Plus delivers those properties plus superior rigidity and toughness in walls thinner than 1.3 mm (.051 in.). Both materials are suitable for parts that require PolyJet technology’s highest possible impact resistance and shock absorption. Available in Green and Ivory.

Digital ABS Plus System Compatibility

Download PolyJet Materials Datasheet

* RGD515 Plus B for Objet1000 Plus

Digital ABS

//Simulate production plastics for rapid tooling and prototyping

Digital ABS (fabricated inside the 3D printer from RGD515 and RGD535 or RGD531) is designed to simulate standard ABS plastics by combining high-temperature resistance with toughness. Digital ABS2 delivers those properties plus superior rigidity and toughness in walls thinner than 1.2 mm (.047 in.). Available in Green and Ivory.

Digital ABS System Compatibility

Download PolyJet Materials Datasheet

High Temperature

//3D print models with thermal resistance and dimensional stability

High Temperature material (RGD525, white) combines heat resistance with exceptional dimensional stability. The material can simulate the thermal performance of engineering plastics and is ideal for testing applications such as hot-air flow or hot-water flow in pipes and faucets.

Objet High Temperature material has a heat deflection temperature of 63–67 C (145-153 F) upon removal from the printer. Thermal post treatment in a programmable oven can increase this to 75-80 C (167-176 F).

High Temperature System Compatibility

Download Spec Sheet