ESD Resin

Engineering

SLA

Stiff & Strong

44.2 MPa

1.937 GPa

61 MPa

ESD Resin

Select Printer Series and Resin Volume

Resin Discount
Contact Sales
Bulk order quantity (L)Discount %
10%
3015%
6020%
12025%
24030%
1,00035%
2,00040%
3,00045%
ESD Resin is a specialty material for producing custom ESD-safe prototypes and production tooling to increase operational efficiency and improve the yield of electronics manufacturing lines. Parts printed in ESD Resin are static-dissipative and have high modulus and impact strength similar to ABS.

Choose ESD Resin to prototype and validate electronics production workflows, print static-dissipative parts that repel dust and powder, and create enclosures to protect sensitive electronics from static discharge.
ESD Resin

Why Choose ESD Resin

Use ESD Resin to reduce risk and increase the yield on your manufacturing line by 3D printing custom tools, jigs, and fixtures for automotive, aerospace, electronics manufacturing.


Static-Dissipative

Protect your critical electronics from unregulated static discharge to prevent component failures.


High Toughness

With its high modulus and impact strength, ESD Resin is made to withstand operation on the production line.

Applications

ESD Resin is a cost-effective solution for producing static-dissipative parts designed to endure use on the factory floor.

ESD Resin is ideal for:

Tooling & fixturing for electronics manufacturing
Anti-static prototype and end-use components
Custom trays for component handling and storage

Material Properties

Post-cured at 70ºC

Surface Resistivity

105 - 108 Ohms/sq

Ultimate Tensile Strength

44.2 MPa

Tensile Modulus

1.937 GPa

Strain at break

12%

Notched Izod

26 J/m

Heat Deflection Temperature 0.45 MPA

62.2ºC

Heat Deflection Temperature 1.8 MPA

54.2ºC

Post-Processing

Washing

The foundational step in any SLA post-processing workflow is to remove any excess resin on the surface of the parts through an alcohol or ether wash.

Curing

Post-curing Engineering and Specialty Resins is essential for parts to achieve their full strength and functionality. This step completes the chemical reaction initiated during printing, transforming the part from its green state into a fully finished component.