Electrostatic Dissipative (ESD) Solutions
Manufacture ESD-Safe Components That Protect Sensitive Electronics Without Compromising Performance
As electronic devices become smaller, faster, and more sophisticated, protection from electrostatic discharge (ESD) has become an essential manufacturing requirement. Even minor electrostatic events can damage sensitive electronic components, reduce product reliability, or lead to latent failures that are difficult to detect during assembly.
Manufacturers across electronics, semiconductor, automotive, aerospace, industrial automation, and medical device industries require components that safely dissipate static electricity while maintaining the mechanical performance, dimensional precision, and durability expected of production-grade parts.
Axtra Solutions for Electrostatic Dissipative (ESD) Applications combines the Lumia X1 powered by Hi-Speed SLA (HPS), LOCTITE® 3D IND3380, and validated manufacturing workflows into a complete digital production solution. Customers can rapidly manufacture ESD-safe components for production tooling, manufacturing operations, and end-use applications with the confidence that both electrical and mechanical performance have been optimized through a validated process.
Whether producing manufacturing fixtures, semiconductor tooling, electronic housings, or custom handling devices, Axtra Solutions enables manufacturers to accelerate production while protecting sensitive electronic assemblies.
The Manufacturing Challenge
Electrostatic discharge is an invisible but significant risk throughout electronics manufacturing.
Even relatively small static charges can damage integrated circuits, sensors, printed circuit boards, semiconductor devices, and other sensitive electronic components. In many cases, ESD damage is not immediately visible, resulting in latent failures that reduce product reliability and increase warranty costs.
Traditional manufacturing presents several challenges for ESD applications.
Injection molding requires expensive tooling before ESD-safe components can be evaluated.
Machined ESD materials often increase manufacturing costs while limiting design complexity.
Many manufacturing fixtures, assembly tools, and custom handling devices require low production volumes that do not justify dedicated tooling.
Engineering changes require new tooling or extensive machining modifications, slowing production improvements.
As electronics manufacturing becomes increasingly automated and customized, manufacturers require flexible production methods capable of delivering ESD-safe components quickly while maintaining production-quality accuracy.
The Axtra Solution
Axtra Solutions for Electrostatic Dissipative Applications delivers a validated digital manufacturing workflow specifically optimized for static-safe production environments.
The complete solution combines:
This integrated solution enables manufacturers to produce ESD-safe parts directly from CAD files without conventional tooling.
Engineering teams can rapidly design, manufacture, validate, and deploy production tooling and end-use components while maintaining consistent electrostatic dissipative performance.
Customer Value
Protect Sensitive Electronics
Manufacture components that safely dissipate static electricity, helping protect electronic assemblies from electrostatic damage throughout manufacturing, assembly, transportation, and operation.
Accelerate Manufacturing Improvements
Custom fixtures, tooling, and handling devices can be produced within hours rather than waiting weeks for machined or molded components.
Manufacturing engineers can rapidly improve production processes without disrupting operations.
Eliminate Tooling Costs
Many ESD applications involve specialized production tooling or low-volume products.
Digital manufacturing removes the need for dedicated injection molds, significantly reducing capital investment.
Enable Custom Manufacturing Solutions
Every production line has unique requirements.
Manufacturers can economically produce custom jigs, fixtures, trays, robotic end effectors, and handling devices tailored to individual manufacturing processes.
Reduce Time-to-Market
Electronic product launches often require custom manufacturing aids before production can begin.
Rapid digital manufacturing allows these tools to be designed, manufactured, and deployed quickly, shortening production readiness timelines.
Improve Supply Chain Agility
Digital inventories replace physical inventories.
Manufacturers can produce replacement tooling or specialized ESD components on demand rather than stocking large quantities of spare parts.
Why Hi-Speed SLA Makes the Difference
ESD-safe components require more than conductive materials.
They must also maintain dimensional precision, structural integrity, surface quality, and repeatability to function reliably within automated manufacturing environments.
Hi-Speed SLA combines laser precision with DLP productivity, enabling manufacturers to produce highly accurate ESD-safe parts without sacrificing throughput.
Exceptional Dimensional Accuracy
Production fixtures, semiconductor tooling, and electronic assemblies require tight dimensional control for reliable positioning and repeatable manufacturing.
TruLayer™ technology delivers highly accurate components across multiple production builds.
Fine Feature Resolution
Many ESD applications include intricate locating features, precision interfaces, cable routing, vacuum channels, or lightweight structures.
HPS reproduces these geometries with excellent fidelity and consistency.
Superior Surface Finish
Smooth surfaces reduce particulate generation, improve component handling, and minimize post-processing while enhancing cosmetic quality.
This is particularly valuable in clean manufacturing environments.
Reliable Manufacturing Repeatability
Validated workflows ensure that both dimensional accuracy and ESD performance remain consistent across production batches.
This provides confidence for regulated manufacturing and automated production systems.
High Productivity
Multiple ESD-safe components can be manufactured simultaneously, allowing manufacturers to quickly produce production tooling, fixtures, and low-volume end-use parts.
Qualified Material
LOCTITE® 3D IND3380
Axtra Solutions for Electrostatic Dissipative Applications is built around LOCTITE® 3D IND3380, a high-performance engineering photopolymer specifically developed for applications requiring controlled electrostatic dissipation alongside excellent mechanical performance.
The material combines ESD-safe electrical properties with high stiffness, dimensional stability, and durability, making it well suited for production tooling and end-use industrial applications.
Material Highlights
Functional Advantage in Axtra Workflow
Within Axtra Solutions, LOCTITE® 3D IND3380 is delivered as a fully validated manufacturing solution rather than simply a compatible material.
Optimized print parameters, validated post-processing procedures, and HPS process control ensure consistent ESD performance and reliable mechanical properties across every production build.
This enables manufacturers to confidently deploy printed ESD-safe components directly into production environments.
Typical Applications
Axtra Solutions for Electrostatic Dissipative Applications supports a wide range of industrial manufacturing applications, including:
Performance Highlights
Why Axtra Solutions
Axtra Solutions for Electrostatic Dissipative Applications integrates the Lumia X1, Hi-Speed SLA technology, LOCTITE® 3D IND3380, validated manufacturing parameters, application expertise, and Axtra.Workflow into a complete production-ready solution.
Rather than treating ESD protection as simply a material property, Axtra Solutions delivers a fully engineered manufacturing process that enables customers to produce reliable, production-quality ESD-safe components with confidence. The result is faster product development, lower tooling costs, improved manufacturing flexibility, and dependable protection for sensitive electronic assemblies throughout the production lifecycle.
