H350™ SAF™ Technology Printer

The H350™ powder bed fusion printer offers best-in-class performance for scalable higher-volume 3D printing production. The H350 bests competing powder-based technologies with better consistency, lower cost-per-part performance, and a simpler workflow. Higher nesting densities than other powder bed solutions increase productivity and also help lower per-part cost. These capabilities combine to efficiently address numerous applications in industries including general manufacturing, automotive, aerospace, consumer products, and medical.

Grow your business with the H350’s cost-efficient, higher-volume additive manufacturing production.

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H350™ Printer

Benefits

The H350 combines the benefits of additive manufacturing with the cost efficiencies of higher-volume production.

A lower system price point vs. the competition aids in lowering the H350’s cost performance.
Long-lasting, best-in-class print head design reduces consumable costs.
Tight thermal control makes for consistent part properties and higher part yield.
Effective powder management ensures even distribution and recycling, lowering operational costs.

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Features

The H350 obtains its highly competitive performance from innovative features designed specifically for volume production of end-use parts.

Durable piezo-electric print heads greatly extend the replacement frequency cycle, reducing consumable costs
Big Wave™ powder management optimizes powder deposition and resulting part properties.
Single-material fusing lowers consumable costs and ultimately reduces cost-per-part.
Unidirectional architecture prints, fuses, and recoats in a single pass for time-efficient uniform thermal control for part consistency.

SAF™ Technology

Materials

All Materials

H350 powdered materials include PA11 and PA12, offering high impact resistance, low moisture absorption, thermal stability, and ductility.

PA11

Eco-friendly PA11 (nylon 11) offers high nesting densities while providing a lower environmental impact.

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PA12

PA12 (nylon 12) offers greater stiffness than PA11 for applications where rigidity is an important feature.

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Eco-friendly PA11 (nylon 11) offers high nesting densities while providing a lower environmental impact.

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PA12 (nylon 12) offers greater stiffness than PA11 for applications where rigidity is an important feature.

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All Materials

Typical Applications

Although built for production applications, the H350 is suitable for prototyping and tooling applications.

Production Parts

Lower cost-per-part and better consistency against the competition make the H350 the best production powder-based 3D printer choice

Prototyping

The H350’s build volume makes multiple design iterations in a single print possible for a more efficient prototyping workflow.

End of Arm Tooling

Organic design capability and lighter materials make the H350 and SAF technology a good choice for better end-of-arm tools.

Lower cost-per-part and better consistency against the competition make the H350 the best production powder-based 3D printer choice

The H350’s build volume makes multiple design iterations in a single print possible for a more efficient prototyping workflow.

Organic design capability and lighter materials make the H350 and SAF technology a good choice for better end-of-arm tools.

Need more information about the H350 or SAF technology? Talk to one of our experts.

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Customer Case Studies

The following customer case studies highlight the H350 in multiple applications, including production parts, prototyping, and tooling.

NASCAR

Teaming with Stratasys Direct Manufacturing, NASCAR updated their cars with windshield air ventilation ducts printed on the H350.

Goetz Maschinenbau

H350 production parts help Goetz Maschinenbau avoid the high cost and long lead times of injection molding.

Rivelin Robotics

The H350’s fast prototyping gave Rivelin Robotics the advantage of finding the right design to stay ahead of the competition.

DQBD GmbH

Design and development company DQBD found the H350 the best tool to efficiently produce custom bicycle seat saddles.

Teaming with Stratasys Direct Manufacturing, NASCAR updated their cars with windshield air ventilation ducts printed on the H350.

H350 production parts help Goetz Maschinenbau avoid the high cost and long lead times of injection molding.

The H350’s fast prototyping gave Rivelin Robotics the advantage of finding the right design to stay ahead of the competition.

Design and development company DQBD found the H350 the best tool to efficiently produce custom bicycle seat saddles.

GrabCAD Print Software

Simplify your 3D printing workflow with powerful and intuitive software.

GrabCAD Print software is what makes Stratasys 3D printers go, providing the features and flexibility to make 3D printing easy and understandable. At its core, GrabCAD Print software removes the friction of going from a CAD model to a physical 3D printed part and speeds up the process. You designed the part, now let GrabCAD Print software do the rest to make it a reality.

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