Parts On Demand
High Performance Plastics

Onyx ESD 
3D Parts Service

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Material Overview

Onyx ESD 3D printing material is the most advanced polymer Markforged has ever developed. It’s precision-engineered to possess an extremely tight range of surface resistance — meeting ESD-safe requirements of the most stringent manufacturers — while offering the same industry leading benefits that Onyx offers. In fact, it’s actually stronger and stiffer than Onyx with similarly impeccable surface finish, making it the go-to material for advanced applications.

Common Applications 

Vacuum Grippers, Transfer Tools, Pick and Place, Transfer and Packaging Trays, Electronics Enclosures

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Key Material Properties
Meets ESD-Safe Requirements
Tough and Durable
Good Chemical Resistance

Flexural Strength (MPA)  83

Tensile Strain at Break %  25

HDT at 0.4555 MPA  138°C 

Maximum Part Size  330 x 270 x 200 mm (13 x 10.6 x 7.8 in)

Layer Thickness Options  50, 100, 125, 200, 250 Micron Layers


What is the 3D printing process for this material?

    Onyx ESD 3D is printed utilizing Markforged's FFF (Fused Filament Fabrication) 3D printing process. The Markforged FFF technology provides industry leading accuracy and reliability.  Markforged industrial 3D printers offer strong parts with 50 μm repeatability and industry-leading surface finish.

Will there be support scarring on this part? 

   Since the Markforged 3D printer cannot extrude plastic into thin air without it collapsing, all parts of each layer must be connected to the layer below.  Markforged FFF 3D printing technology utilizes peel away supports (made from the same material as the part) for any overhangs that require supports.  Once the peel away supports are removed there will be support scarring on the part.


How long will it take before I receive my part in this material?

    Production times vary depending on machine availability, but generally Onyx ESD parts are printed and shipped within 3-5 business days.      


What is the part accuracy and tolerances that this material can hold?

  3D printing accuracy depends on a number of factors, including material, print settings, and part orientation. However, Markforged industrial 3D printers offer strong parts with 50 μm repeatability and industry-leading surface finish.


What are some of the specific design considerations when designing parts for this material?

    When printing features that require high accuracy try to design or orient your part such that holes and other critical features lay flat on the print bed.  Since the XY gantry is a unified motion system, printers produce far more accurate geometries on the XY (horizontal) than the XZ or YZ (vertical) planes.   You can also reduce supports and overhangs  Reduce supports and overhangs: Supports ensure that geometrically complex prints are successful; however, they also mar the supported surface and yield significantly less accurate features than sections that do not require support.

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