Formlabs SLS Fuse Nylon 12 Powder Bag + Sift Funnel Package

Formlabs SLS Fuse Nylon 12 Powder Bag + Sift Funnel Package is the primary material solution for Australian workshops seeking to reduce environmental impact without compromising mechanical performance. As an authorised Sydney-based reseller, ADD Labs provides this 10 kg bag and integrated sift funnel to facilitate the high-volume production of rugged, functional prototypes. This specific packaging configuration offers an 83% reduction in plastic waste whilst maintaining the industrial-grade tensile strength required for Selective Laser Sintering.

Alt-text: Formlabs SLS Fuse Nylon 12 Powder Bag + Sift Funnel Package 10kg eco-friendly 3D printing material

Applications for Formlabs SLS Fuse Nylon 12 Powder Bag + Sift Funnel Package

Alt-text: Industrial SLS 3D printed parts using Formlabs Nylon 12 Powder

• Functional Prototyping: Produce rugged components that accurately simulate the mechanical properties of injection-moulded Nylon 12 with micron-level precision.
• Production Volumes: Manufacture complex, end-use parts featuring high impact resistance and minimal water absorption for long-term industrial performance.
• Biocompatible Components: Suitable for medical models and wearables requiring long-term skin contact (>30 days) and strict ISO 10993 compliance.

The Formlabs SLS Fuse Nylon 12 Powder Bag + Sift Funnel Package is engineered specifically for Fuse series printers to ensure superior layer adhesion. Furthermore, the 30% refresh rate allows for a highly economical workflow without degrading the surface finish of the printed parts. Because this material remains the industry standard for durability, it is the preferred choice for automotive and aerospace components that must withstand rigorous functional testing.

Alt-text: High-precision Selective Laser Sintering workflow with Nylon 12 Sift Funnel

Technical Specifications (Conditioned)

Ultimate Tensile Strength: 50 MPa

Tensile Modulus: 1850 MPa

Flexural Strength: 66 MPa

Flexural Modulus: 1600 MPa

Heat Deflection Temp @ 0.45 MPa: 171°C

Water Absorption (printed part): 0.66%