SAF™ PowderEase™ T1

Automated Powder Breakout, Retrieval, and Dosing—Streamline Your SAF Workflow

The SAF™ PowderEase™ T1 is an advanced 3-in-1 accessory designed to automate powder breakout, retrieval, and dosing in SAF additive manufacturing. This versatile solution enhances productivity, minimizes manual labor, and ensures a clean, consistent powder handling process—allowing manufacturers to scale their production while improving efficiency and powder utilization.

Streamline, Scale, and Simplify Your Powder Workflow

Efficiency at Scale

PowderEase T1 automates the most time-consuming powder management tasks, reducing cycle times and improving throughput for high-volume production environments.

Seamless Workflow Integration

Designed to comfortably support up to six H350 printers, the T1 ensures efficient powder handling, sieving, and dosing, maximizing turnaround and streamlining operations.

Maximized Powder Utilization

Achieve superior powder recovery and reusability with accurate dosing and consistent powder dosing, reducing material waste while maintaining optimal part quality and consistency.

PowderEase T1 automates the most time-consuming powder management tasks, reducing cycle times and improving throughput for high-volume production environments.

Designed to comfortably support up to six H350 printers, the T1 ensures efficient powder handling, sieving, and dosing, maximizing turnaround and streamlining operations.

Achieve superior powder recovery and reusability with accurate dosing and consistent powder dosing, reducing material waste while maintaining optimal part quality and consistency.

Compatible Materials

SAF PA12

Powered by Evonik (Nylon 12)

SAF™ PA12 – Powered by Evonik delivers accurate parts, balanced performance, and the lowest cost per part in the SAF™ portfolio. Built for scalable powder bed fusion, it ensures reliable, repeatable production without compromising quality.

Learn More

3D printed part in High yield PA11 material

Nylon 11 (PA11)

100% bio-sourced material made from Castor oil. Stratasys High Yield PA11 parts have great mechanical performance and are ideal for applications requiring improved impact and fatigue resistance.

Learn More

3D Printed Part using SAF ReLife 12 3D printing material

SAF ReLife™ PA12

A sustainable and cost-effective solution, SAF ReLife™ PA12 allows for the reuse of PA12 powder waste from other PBF technologies, delivering high-quality parts with minimal material costs and up to 90% lower carbon footprint impact.

Learn More

Polypropylene

(PP)

The SAF PP is the first real polypropylene additive manufacturing solution in PBF: Superior aesthetics, best accuracy, fastest, most cost-effective, for chemically resistant and airtight applications.

Learn More

Nylon 12

(PA12)

The most accurate, lowest cost and good all-round mechanical performance making SAF PA12 the most requested and versatile polymer in powder bed fusion.

Learn More

SAF™ PA12 – Powered by Evonik delivers accurate parts, balanced performance, and the lowest cost per part in the SAF™ portfolio. Built for scalable powder bed fusion, it ensures reliable, repeatable production without compromising quality.

Learn More

100% bio-sourced material made from Castor oil. Stratasys High Yield PA11 parts have great mechanical performance and are ideal for applications requiring improved impact and fatigue resistance.

Learn More

A sustainable and cost-effective solution, SAF ReLife™ PA12 allows for the reuse of PA12 powder waste from other PBF technologies, delivering high-quality parts with minimal material costs and up to 90% lower carbon footprint impact.

Learn More

The SAF PP is the first real polypropylene additive manufacturing solution in PBF: Superior aesthetics, best accuracy, fastest, most cost-effective, for chemically resistant and airtight applications.

Learn More

The most accurate, lowest cost and good all-round mechanical performance making SAF PA12 the most requested and versatile polymer in powder bed fusion.

Learn More

Performance Properties

A) Automated Unpack: Reduces manual labor, saving up to 50 minutes per cycle.
B) Powder Retrieval and Sieving: Maintains powder quality, reduces waste, and ensures consistent material.
C) Fresh Powder Container: Stores fresh powder for controlled mixing and replenishment.
D) Dosing Area: Automates precise dosing for accurate material use and part quality.
E) Control Panel: User-friendly interface for selecting and optimizing programs.

T1 Specification Sheet

Download