3D Printer Material

Exceptional and repeatable coloration for toy design

Toy design using VeroUltra materials

In this use case, learn how Stratasys® VeroUltra™ materials helped to create accurate coloration for toy design and validation. Challenge From spray painting to hand painting, dry transfers, stickers and more, creating toy dolls with the right appearance for design validation was a manual multi-step…

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Simulating screens and surfaces with Stratasys VeroUltra materials

3D printed electronics

In this use case, Stratasys VeroUltra materials are used to 3D print electronics with multiple opacities and surfaces. Challenge Traditional, single-material prototyping is an expensive multi-step process with long lead times. And when you’re dealing with a prototype with multiple parts and surfaces, there is…

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See in true colour with the Stratasys VeroUltra family of materials

VeroUltra packaging prototype example

Colour is a key element of design. Colour creates ideas, communicates messages, sparks interest and elicits certain emotions. Colour can also be used in product design to reflect an environment, lifestyle or culture. Colour quality in 3D printing has seen continual improvement over the years,…

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Stratasys adds carbon fiber on the F123 series printers with ABS-CF10

ABS-CF10 Alignment Fixture printed on the Stratasys F123 printer

Can you 3D print carbon fiber? Stratasys F123 series printers including the F170, F270, and F370 are now capable of printing stronger, stiffer, and lighter-weight parts with the addition of a carbon fiber material – ABS-CF10. ABS-CF10 is an ABS-based material with 10% chopped carbon…

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Sacrificial Hollow Mold Tooling with ST-130 3D Printing Material

Sacrificial tooling - ST-130

Using composite structures is a great way to reduce weight and gain strength. However, creating these structures is labor intensive and costly. As a result, manufacturers must often compromise on innovation, design functionality, and number of iterations to meet strict deadlines and stay within budget….

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Diran 410MF07 Material Series Part Two: Machine Upgrade FAQs

Processing aid printed in diran

Stratasys has recently released Diran material for the Stratasys F370 3D printer; this material is a nylon-based thermoplastic with 7% mineral fill by weight. In the second of this three part series, we will discuss material application examples and upgrade FAQ’s. Read part one to…

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Diran 410MF07 Material Series Part One: Material Characteristics and Properties

Diran robot end effector

Stratasys has recently released Diran 410MF07 material for the Stratasys 370 printer, this material is a nylon based thermoplastic with 7% mineral fill by weight. Additives like minerals or fibers (carbon fiber) are added to nylon to change its material properties and in some cases…

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Which Materials should I use to 3D print PPE or Medical Components?

Medical Materials

If you want to use your 3D printer to help in the fight against COVID-19 with the production of Personal Protection Equipment (PPE), medical devices, or components for medical equipment, like a ventilator, then you need to pick the right type of material. FDM Materials…

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Upgrading Stratasys F123 3D Printers for FDM TPU 92A Material – Part 2

Learn how to upgrade Stratasys F123 series of 3D printers with an upgrade kit so they are able to print the new FDM TPU 92A elastomer material. TPU is a thermoplastic polyurethane material that can be considered a bridge between rubber and plastic. Read part…

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