Manufacture Flame-Retardant Components That Meet Demanding Safety Requirements
Many industries require components that do more than deliver mechanical performance. They must also meet stringent fire safety requirements to protect people, equipment, and infrastructure. Applications in aerospace, automotive, rail, industrial equipment, consumer electronics, electrical systems, and public transportation increasingly require flame-retardant materials that comply with industry standards while maintaining dimensional accuracy and long-term durability.
Traditional manufacturing often requires expensive tooling and long development cycles before these specialized components can be evaluated or produced. This slows product development, increases costs, and limits manufacturing flexibility.
Axtra Solutions for Fire Retardant (FR) Applications combines the Lumia X1 powered by Hi-Speed SLA (HPS), qualified flame-retardant materials, validated manufacturing workflows, and application expertise into a complete production-ready solution. Manufacturers can rapidly produce flame-retardant components for functional testing, certification programs, bridge manufacturing, and low-volume production while maintaining the precision and quality expected from industrial manufacturing.
Whether producing electrical enclosures, transportation components, industrial equipment, or safety-critical assemblies, Axtra Solutions enables manufacturers to accelerate development without compromising fire safety performance.
The Manufacturing Challenge
Fire safety requirements have become increasingly stringent across many industries.
Products must not only perform mechanically but also satisfy demanding flammability regulations, reduce fire propagation, and improve occupant safety.
At the same time, manufacturers continue to face pressure to reduce product development timelines while introducing increasingly complex product designs.
Traditional manufacturing presents several challenges.
Injection molding requires expensive tooling before flame-retardant components can be evaluated.
Certification programs often require multiple design iterations, each resulting in additional tooling modifications.
Low-volume production frequently cannot justify the investment in dedicated molds.
Custom or specialized safety components become costly and time-consuming to manufacture.
As a result, manufacturers need a more agile manufacturing solution capable of producing flame-retardant parts rapidly while maintaining production-quality accuracy.
The Axtra Solution
Axtra Solutions for Fire Retardant Applications provides a validated digital manufacturing workflow specifically designed for flame-retardant engineering components.
The complete solution combines:
Rather than requiring conventional tooling before production-quality components can be manufactured, Axtra Solutions enables customers to produce flame-retardant parts directly from CAD files.
Manufacturers gain the ability to rapidly validate designs, complete certification testing, manufacture bridge production quantities, and produce end-use components for low-volume applications.
This digital manufacturing workflow significantly reduces development time while increasing engineering flexibility.
Customer Value
Accelerate Product Development
Produce production-quality flame-retardant components within hours rather than waiting weeks for conventional tooling.
Engineering teams can begin functional testing and certification activities much earlier in the product development process.
Reduce Tooling Investment
Many flame-retardant applications involve specialized or relatively low production volumes.
Axtra Solutions eliminates the need for dedicated tooling during development and early production, significantly reducing capital investment.
Support Certification Programs
Fire safety certification often requires multiple product revisions before final approval.
Digital manufacturing enables engineers to rapidly implement design changes and manufacture updated parts without modifying expensive tooling.
This accelerates qualification while reducing engineering costs.
Manufacture Low-Volume End-Use Parts
Many industrial, aerospace, transportation, and specialty electronic products never reach production volumes that justify injection molding.
Axtra Solutions enables economical manufacturing of certified flame-retardant components without tooling.
Enable Design Freedom
Traditional manufacturing often limits product geometry because of tooling constraints.
Digital manufacturing allows engineers to optimize components for performance, airflow, weight reduction, cable routing, or assembly without increasing tooling complexity.
Improve Supply Chain Flexibility
Manufacturers can produce flame-retardant components on demand rather than maintaining large inventories.
Digital inventories simplify supply chain management while reducing warehousing costs and obsolete inventory.
Why Hi-Speed SLA Makes the Difference
Fire-retardant materials often contain specialized additives that require highly controlled processing to achieve consistent mechanical performance, dimensional accuracy, and surface quality.
Hi-Speed SLA was developed to process demanding engineering materials without forcing manufacturers to compromise between quality and productivity.
By combining laser precision with DLP productivity, HPS provides several important advantages for flame-retardant manufacturing.
Production-Quality Accuracy
Safety-critical components require reliable dimensional consistency to ensure proper assembly and product performance.
TruLayer™ technology delivers highly accurate parts suitable for demanding industrial applications.
Superior Surface Finish
Excellent surface quality minimizes post-processing while producing finished components suitable for customer-facing products and functional assemblies.
Smooth surfaces also improve sealing, assembly, and cosmetic appearance.
Broad Material Capability
HPS supports high-performance engineering materials with specialized properties, including flame-retardant formulations designed for demanding industrial environments.
This enables manufacturers to select materials based on application requirements rather than manufacturing limitations.
High Throughput
Production quantities can be manufactured efficiently without sacrificing part quality.
Multiple flame-retardant components can be produced simultaneously, improving manufacturing productivity while reducing overall lead times.
Reliable Manufacturing Repeatability
Consistency is essential for regulated industries and certified products.
Validated manufacturing workflows ensure repeatable production quality across multiple builds, supporting dependable engineering validation and production operations.
Qualified Materials
Arkema N3xtDimension® N3D-FR512
Axtra Solutions for Fire Retardant Applications is built around Arkema N3D-FR512, a flame-retardant photopolymer engineered for high-performance additive manufacturing applications requiring UL-94 V-0 compliance.
The material delivers a combination of flame retardancy, mechanical strength, and high-temperature resistance while maintaining fine feature resolution and robust printability.
Material Highlights
Typical Applications
Axtra Solutions for Fire Retardant Applications supports numerous industries and product categories, including:
Performance Highlights
Why Axtra Solutions
Axtra Solutions for Fire Retardant Applications combines the Lumia X1, Hi-Speed SLA technology, qualified flame-retardant materials, validated manufacturing processes, application expertise, and Axtra.Workflow into a complete production-ready manufacturing solution.
Rather than treating flame-retardant materials as simply another printable resin, Axtra Solutions delivers a fully engineered workflow that enables manufacturers to develop, validate, certify, and produce safety-critical components with confidence. The result is faster product development, lower manufacturing costs, greater design flexibility, and reliable production of flame-retardant parts that meet the demanding requirements of today's most regulated industries.
