EPX 150
EPX 150
Epoxy Resin - Carbon DLS
EPX 150 Epoxy Resin Carbon DLS 3D Printing: high-performance for industrial applications
EPX 150 Epoxy Resin Carbon DLS 3D Printing by Carbon, distributed by Prototek, is an advanced solution for high-performance 3D printing of industrial-grade components.
This rigid material combines chemical resistance, dimensional stability, and mechanical properties comparable to high-end thermoplastics such as PEEK and PSU. With a heat deflection temperature of 155 °C, EPX 150 Carbon DLS resin is ideal for producing detailed and precise parts, even in demanding industrial environments.
Key Features of EPX 150
- High Temperature Resistance: it maintains performance under elevated thermal conditions.
- Chemical Resistance: resistant to aggressive chemicals, maintaining structural integrity.
- Functional Robustness: suitable for mechanically demanding applications.
- Autoclave Sterilizable: over 400 sterilization cycles at 134 °C for 4 minutes.
- Creep Resistance: mechanical performance comparable to high-performance thermoplastics.
EPX 150 Epoxy Resin Carbon DLS allows stable, long-term performance in industrial and medical applications, ensuring parts remain reliable through repeated thermal, chemical, and mechanical stress.
Industrial Applications
EPX 150 opens possibilities for sectors that require materials resistant to extreme conditions:
High-Precision Components: this epoxy resin by Carbon DLS enables parts with millimeter-level accuracy, reducing production costs and enhancing quality.
High-Temperature & Chemical Exposure: ideal for sealed electrical connectors, fluid spray nozzles, and reusable medical devices.
Examples of Use:
Fluid Routing Components: complex internal geometries improve functionality and reduce overall production costs.
High-Temperature Electrical Connectors: designed to resist extreme environments while maintaining structural integrity.
T3 Automotive Connectors: it offers robustness, rigidity, precision, and flawless surface finish, performing reliably in chemically aggressive or high-temperature conditions.
Advantages of EPX 150
Precision Manufacturing: excellent surface finish and dimensional accuracy for tight tolerance parts.
Durability: withstands heat, chemical exposure, and repeated sterilization cycles.
Versatility: suitable for connectors, fluid spray nozzles, and reusable medical devices.
Industrial Efficiency: optimizes production times while improving component quality.
Long-Term Performance
EPX 150 Epoxy Resin Carbon DLS 3D Printing maintains mechanical integrity and chemical resistance even after repeated sterilization and thermal cycling. This makes it suitable for reusable medical components and high-performance industrial parts where longevity and reliability are critical.
The combination of high-temperature stability, chemical resistance, and mechanical strength ensures that components maintain their performance throughout their lifecycle, meeting the rigorous demands of industrial and medical applications.
Why Choose EPX 150 Epoxy Resin
High Performance and Reliability: EPX 150 provides isotropic properties, excellent surface finish, and precise tolerances for complex industrial applications.
Durability: withstands heat, chemicals, and more than 400 autoclave sterilization cycles, ensuring stable, repeatable performance.
Efficiency and Responsible Production: Carbon DLS™ technology reduces production time and costs, while allowing parts to be reused with low environmental impact.
Conclusion
EPX 150 Epoxy Resin Carbon DLS 3D Printing is the ultimate choice for industrial and medical additive manufacturing, offering:
High chemical and heat resistance
Sterilizability and long-term reliability
Precision, isotropy, and excellent surface finish
Robustness and mechanical performance comparable to high-end thermoplastics.
In addition to its exceptional chemical and thermal resistance, EPX 150 Epoxy Resin Carbon DLS 3D Printing offers remarkable mechanical stability and dimensional accuracy, even in highly demanding industrial and medical environments. Its ability to withstand repeated autoclave sterilization cycles and maintain performance under extreme conditions makes it ideal for precision components, fluid-handling devices, and reusable medical instruments.
Manufacturers benefit from the material’s robustness, isotropy, and smooth surface finish, enabling the production of highly detailed parts with tight tolerances. This combination of reliability, efficiency, and versatility positions EPX 150 as a strategic choice for advanced additive manufacturing projects.
Whether for high-precision prototypes or end-use components, EPX 150 Epoxy Resin reduces development time, optimizes production efficiency, and delivers reliable, industrial-grade parts.
Discover how EPX 150 Carbon DLS can elevate your 3D printing projects.
