ABS-ESD7

Stratasys ABS-ESD7 – Electrostatic-Dissipative FDM Material

ABS-ESD7 is an engineering-grade ABS thermoplastic formulated with carbon to provide reliable electrostatic-dissipative properties. Designed for FDM printing, it prevents static charge buildup and reduces the risk of electrostatic discharge in environments where sensitive electronic components, powders or fine particles are present.

By leveraging the familiar processing characteristics of ABS alongside ESD performance, ABS-ESD7 enables manufacturers to lower costs and accelerate production of functional parts without compromising safety or reliability.

Built-In Electrostatic Dissipation

ABS-ESD7 safely dissipates static electricity rather than allowing charge accumulation. This makes it well suited for fixtures, enclosures, trays and tooling used in electronics manufacturing, assembly and handling environments where ESD events can damage products or impair performance.

Strength and Durability of ABS

In addition to its ESD properties, ABS-ESD7 retains the mechanical strength, impact resistance and dimensional stability associated with standard ABS. This allows parts to perform reliably under repeated use in production and shop-floor settings.

Compatible With Soluble Support for Design Freedom

ABS-ESD7 is compatible with soluble support materials, enabling the production of complex geometries, internal channels and intricate features without design limitations. This makes it suitable for advanced tooling and functional part designs.

Reliable and Sustainable FDM Material

ABS-ESD7 prints consistently on compatible Stratasys FDM systems and maintains low moisture sensitivity. As an ABS-based thermoplastic, it is also recyclable at end of life, supporting more sustainable manufacturing practices.

Ideal for Prototyping Through Production

From early functional prototypes to low-volume and bridge-to-production parts, ABS-ESD7 supports the full product lifecycle for electronics-related hardware, reducing lead times and tooling costs compared to traditional manufacturing methods.