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High Volume Powder Bed Fusion
Stratasys SAF™ H350™ 3D Printer
Scale part production with SAF™ technology designed to increase throughput, deliver consistent results, and lower cost per part.
Go Beyond Prototyping with High-Volume Production
Stratasys’ selective absorption fusion (SAF)™ technology is a powder bed fusion process designed to produce functional parts with consistent, repeatable results.
With the H350™ 3D printer, manufacturers can use SAF™ technology to move beyond prototyping into higher-volume part production, increasing throughput and lowering the cost per part. It gives your team a reliable way to scale production without compromising quality.
Technical Specifications
| Features | Key Items |
|---|---|
| Technology | Powder bed fusion (SAF™ technology) Layer-based additive manufacturing Controlled thermal process |
| Materials | PA11 nylon Functional production materials Durable, end-use capable |
| Performance | High throughput production Consistent part quality Scalable manufacturing output |
Key Features & Benefits
Higher Output, Repeatable Results
SAF™ technology is designed to support higher-volume part production with consistent quality from build to build, giving teams a more dependable way to increase output.
Even Powder Distribution
The H350™ 3D printer is designed to apply each powder layer evenly, supporting consistent part quality across the full build from job to job.
High Nesting Density
More parts can fit into each build, increasing productivity without adding more machines. Higher nesting density also supports a lower cost per part, making production more efficient as demand grows.
More Control from Build to Production
Gain better control over materials, workflow, output, and cost while producing end-use parts with repeatable quality and less production complexity.
Frequently Asked Questions
Selective absorption fusion (SAF) is used for production-scale additive manufacturing, enabling consistent output of end-use parts.
SAF is designed primarily for production applications, though it can also support functional prototyping.
Key Industries
Medical Application
Aerospace Applications
