The only commercially available Fire Retardant Nylon 12 that meets the FAR 25.853 60 second burn specification. HIGHLIGHTS - Smooth Surface Finish - Fine-Feature Resolution - Accurate, Repeatable Part Quality APPLICATIONS - Aerospace and automotive ducts - Snap fit components and multisectional bonding requirements - Prototypes requiring durability, accuracy and end-use functionality Easy to process across most laser sintering platforms.

The parts produced from FR-106 exhibit superior mechanical properties, while maintaining high levels of fire retardancy. HIGHLIGHTS - Fire retardant nylon 11 - Certified to pass the FAR 25.853 60 second verticle burn requirements - Parts withstand intense functional testing - Parts are approved for end-use production applications APPLICATIONS - Automotive and aerospace production - Housing and enclosure assemblies - Complex thin wall geometries requiring strength and accuracy - Ideal for low to mid volume production applications

Well suited to applications which require superior thermal properties, with maximum performance and consistent properties in XY&Z dimensions. HIGHLIGHTS - Isotropic Properties - Melt compounded Carbon Fiber filled PA11 - High stiffness, high tensile strength - Electrostatically dissipative APPLICATIONS - Under hood components - Wind tunnel display models - Well suited to applications which require superior thermal properties, with maximum performance and consistent properties in XY&Z dimensions

A well suited material where the application requires superior thermal strength in the X, Y, and Z dimensions. The material offers high stiffness and high tensile strength. Excellent material for Wind Tunnel models and under the hood automotive applications. HIGHLIGHTS - Isotropic Properties - Melt compounded Carbon Fiber filled PA11 - High stiffness, high tensile strength - Electrostatically dissipative APPLICATIONS - Under hood components - Wind tunnel display models - Well suited to applications which require superior thermal properties, with maximum performance and consistent properties in XY&Z dimensions

Unfilled Nylon 12 optimized for excellent mechanical properties, part definition, and surface finish. HIGHLIGHTS - Smooth Surface Finish - Fine-Feature Resolution - High Recyclability APPLICATIONS - High-detail production parts - Prosthetic medical devices - Ducts, enclosures and connector assemblies Stabilized against thermal degradation, with little or no scr ap material and typical virgin refresh rates of 15-25%.

40% Glass-Sphere-Filled Nylon 12 optimized for material stabilized against thermal degradation and scrap material reduction. HIGHLIGHTS - Long-Term Wear Resistance - Good Stiffness and Mechanical Properties - High Recyclability APPLICATIONS - Consumer sporting goods - Mold and tooling applications - Form, fit, or functional prototypes requiring stiffness Ideal for applications requiring thermal testing at elevated temperatures.

23% Carbon-Fiber-Filled Nylon 12 optimized for stiffness and sustainable accuracy at elevated temperatures. HIGHLIGHTS - High-Detail Surface Finish - Fine-Feature Resolution - Dimensional Stability at Elevated Temperatures APPLICATIONS - Under hood engine components - Rapid tooling applications - Wind tunnel model testing

33% Carbon-Fiber-Filled Nylon 12 optimized for a smooth surface finish without sacrificing feature details. HIGHLIGHTS - High-Detail Black Surface Finish - Good Stiffness and Mechanical Properties - Warping Resistance at Elevated Temperatures APPLICATIONS - High-performance impact sports equipment and racing applications - Industrial applications with an HDT of ~177° C - Wind tunnel model testing

40% Aluminum-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable aluminum-filled materials. HIGHLIGHTS - Metallic-Grey Surface Finish - Good Thermal and Mechanical Properties - High Recyclability APPLICATIONS - Wind tunnel models and components - Automotive under hood mechanisms - Rapid tooling and fixtures

40% Glass-Sphere-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Glass-Sphere-Filled Nylon 12’s. HIGHLIGHTS - Long-Term Wear Resistance - Good Stiffness and Mechanical Properties - High Recyclability APPLICATIONS - Automotive engine components - Mold and tooling applications - Complex geometries or rugged application Tightly controlled glass particle size for improved detailed surface finish, dimensional stability, and high-temp applications.

50% Glass-Sphere-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Glass-Sphere-Filled Nylon 12’s. HIGHLIGHTS - Smooth Surface Finish - Good Stiffness and Mechanical Properties - High Recyclability APPLICATIONS - Automotive engine components - Mold and tooling applications - Complex geometries or rugged application Tightly controlled glass particle size for improved detailed surface finish, dimensional stability, and high-temp applications.

50% Glass-Sphere-Filled Nylon 12 optimized for higher temperature applications compared to unfilled nylons. HIGHLIGHTS - Smooth Surface Finish - Good Stiffness and Mechanical Properties - Powder-Flow-Optimized for EOS P-Systems APPLICATIONS - Automotive engine components - Mold and tooling applications - Complex geometries or rugged application Tightly controlled glass particle size for a higher detailed surface finish and improved dimensional stability.

25% Mineral-Filled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Fiber-Filled Nylon 12’s. HIGHLIGHTS - High-Detail Surface Finish - Thermal Resistance - Anisotropic Mechanical Properties APPLICATIONS - Housings and enclosures - Rapid tooling applications - Aerospace and motor sports High stiffness properties for load bearing applications.

Hollow Glass-Sphere-Filled Nylon 12 optimized for stability, recyclability, and increased stiffness. HIGHLIGHTS - High-Detail Dark Grey Surface Finish - Good Strength-to-Weight Ratio Properties - ~10% Reduction of Material-Per-Build Compared to Similar Nylon 12s APPLICATIONS - Aerospace/UAV components - Athletic equipment - Motor sports and racing Good Z-direction properties for reduced weight and higher temperatures.

Unfilled Nylon 12 optimized for easy processing and as a drop-in replacement for comparable Unfilled Nylon 12’s. HIGHLIGHTS - Biocompatible and Good Recyclability - Clean White Surface Finish - Fine-Feature Resolution - User-Friendly Processing APPLICATIONS - Aerospace, Automotive, Lifestyle, and Medical - Thin-Walled Duct Components - Consumer and Sporting Goods - Durable, End-Use Functionality Prototypes Superior recyclability, with ~5%-10% increase in powder usage o ver comparable Unfilled Nylon 12’s.

Black carbon fiber filled nylon 11 optimized for high performance and certified as carbon neutral through the entire material supply chain all the way to your door. HIGHLIGHTS - Carbon neutral and low emissions - Black carbon fiber filled nylon 11 - Superior stiffness and mechanical properties - Excellent resistance to warping at elevated temperatures APPLICATIONS - Sustainable applications - High impact performance racing applications or sports equipment - Wind tunnel model testing - Ideal for outdoor applications requiring strength and toughness

Highly-Carbon-Fiber-Filled Nylon 11 optimized for high-performance. HIGHLIGHTS - High-Detail Black Surface Finish - Good Stiffness and Mechanical Properties - Warping Resistance at Elevated Temperatures APPLICATIONS - High-Performance Impact Sports Equipment and Racing Applications - Wind Tunnel Model Testing - Outdoor Applications Requiring Strength and Toughness

Mineral-Fiber-Filled nylon 11 optimized for high performance and certified as carbon neutral through the entire material supply chain all the way to your door. HIGHLIGHTS - Carbon neutral and low emissions - Good stiffness and mechanical properties - Easy to process - High temperature tolerance APPLICATIONS - Sustainable applications - High-performance impact sports equipment and racing applications - Mold and tooling applications - Rugged applications

This nylon 11 based material uses graphite for its electrostatic-dissipative (ESD) properties and contains no carbon fibers. HIGHLIGHTS - Electrostatically dissipative nylon 11 without carbon fibers - Good tensile strength and toughness - Easy to machine, less abrasive, and excellent surface finish APPLICATIONS - Assembly fixtures semiconductor industry - Electronic products - Applications requiring ESD capabilities

Engineered for excellent mechanical properties, part definition and surface finish. Stabilized against thermal degradation resulting in little or no scrap material. HIGHLIGHTS - Best strength to weight ratio properties of any LS material - Reduced monomer outgassing compared to other nylon 11’s - Excellent surface finish and detail APPLICATIONS - Aerospace/UAV components - Rugged outdoor use - Motor sports and racing - Ideal for applications requiring a balance of strength, lighter weight, and ductility without sacrificing dimensional stability and surface finish

Melt mixed black PA 11 that is formulated for easy processing. Tightly controlled particle distribution creates a smooth surface finish and excellent feature detail. HIGHLIGHTS - Sleek, melt mixed black surface finish nylon 11 - Parts exhibit excellent mechanical properties - Easy to process on most laser sintering platforms - Specially formulated for properties to be achieved using a single scan APPLICATIONS - Cleated footwear devices - Highly functional end use parts - Automotive housings, enclosures, and connectors - Ideal for applications requiring rigorous fuctionality and testing

White PA 11 that is formulated for easy processing across all LS platforms. Tightly controlled particle distribution creates a smooth surface finish and excellent feature detail. HIGHLIGHTS - Smooth surface finish nylon 11 with small feature resolution - Parts exhibit excellent mechanical properties - Specially formulated for properties to be achieved using a single scan APPLICATIONS - Cleated footwear devices - Highly functional end use parts - Automotive housings, enclosures, and connectors - Ideal for applications requiring rigorous fuctionality and testing

Unfilled, color stabilized nylon 11 material that is also stabilized to prevent premature thermal degradation. Parts produced from PA D80-ST exhibit superior mechanical properties. HIGHLIGHTS - Economical nylon 11 - Parts withstand intense functional testing - Parts are approved for end-use production applications - Stabilized against thermal degradation to reduce oxidization of sintered parts APPLICATIONS - Automotive and aerospace production - Housing and enclosure assemblies - Complex thin wall geometries requiring strength and accuracy - Ideal for low to mid volume production applications