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F370 3D Printer

Reliable. Repeatable. Exceptional.

This printer offers a versatile selection of materials, including thermoplastic polyurethane, flexible TPU, and other engineering-grade thermoplastics. You’ll combine fast and easy material swaps, a generous build volume, and dependable print results to provide accurate, repeatable 3D printing suitable for the classroom or office when using the F370.

 

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F370 FDM® 3D Printer

Compact Size. Feature First.

bullet small Turn design ideas into 3D printed reality.

bullet small Streamline your design process.

bullet small Keep productivity at your elbow.

bullet small Stop wasting time on maintenance.

bullet small Realize real business impact faster than ever.

bullet small GREENGUARD (UL 2904) Certified.

F370 3D Printers give engineers and designers access to affordable, industrial-grade 3D printing. 

Features

bullet small Soluable Support: Soluble support material lets you create intricate geometries with hidden cavities, a feature not found on entry-level systems.

bullet small Accessible Material Housing: Material spools are housed in an easily accessible drawer in the front of the printer, making material changes quick and painless.

bullet small Intuititive Interface: The user interface screen on the front of the printer features an intuitive menu to control and process your print jobs.

bullet small Connectivity: GrabCAD Print and Insight software let you control the depth and breadth of control you have over your print operations.

Benefits

SYSS Bullet Easy Operation: With the F370, reliable 3D printing doesn’t have to be difficult to learn, operate, or maintain.

SYSS Bullet Variety of Applications: The F370 is highly capable, enabling a wide variety of applications with an ample selection of diverse materials.

SYSS Bullet Small Footprint: Compact size allows the F370 printer to be easily located wherever you need 3D printing capabilities – from the office to the shop floor.

SYSS Bullet Unintrusive Operation: Quiet and safe operation means an F370 printer doesn’t require special handling or accommodation, including in the classroom.

Typical Applications

Common applications for the F370 printer include prototyping, tooling, and low-volume end-use part production. However, the versatile array of materials available on these printers allows you to be as creative as you need to address use cases beyond these general categories.

FDM Rapid Prototyping GIF

Rapid Prototyping

Realize your product vision in record time.

Create. Test. Refine. Repeat. Transform ideas into tangible creations faster than ever.

Toyota and Stratasys FDM marketing technology

Jigs and Fixtures

Save time, reduce cost and improve safety with 3D printing.

3D printed tooling can make your production floor more efficient and your tooling more ergonomic and worker-friendly.

Stratasys Additive Manfucturing

Production Parts

Break free from typical production constraints.

Additive manufacturing is the ideal on-demand solution for cost-effective, low-volume, and bridge-to-production parts.

FDM Rapid Prototyping GIF

Rapid Prototyping

Realize your product vision in record time.

Create. Test. Refine. Repeat. Transform ideas into tangible creations faster than ever.

Toyota and Stratasys FDM marketing technology

Jigs and Fixtures

Save time, reduce cost and improve safety with 3D printing.

3D printed tooling can make your production floor more efficient and your tooling more ergonomic and worker-friendly.

Stratasys Additive Manfucturing

Production Parts

Break free from typical production constraints.

Additive manufacturing is the ideal on-demand solution for cost-effective, low-volume, and bridge-to-production parts.

Want to learn more about the F370 and FDM Technology?

Contact us today for a sample part and demonstration.

Customer Success Stories

F370 customers cover a lot of ground, from universities to transportation to industrial manufacturers. See how they use F370 printers to solve problems faster and make things better.

printed-fixture-on-f370-build-plate

Leveraging Additive at Microsoft’s Advanced Prototyping Center

Microsoft’s Advanced Prototyping Center uses the Stratasys F370 to speed up fixture production for hardware testing. Learn how 3D printing improves reliability, supports “Fail Fast,” and reduces time to market.

View more
The helmet prototype was 3D printed in one build on the Stratasys F370.

Design firm 3D prints to refine ideas with speed.

3D printing prototypes allows CAD to fail fast and produce design iterations quickly or change a product design overnight to meet a customer’s deadline.

View more
3d-printed-cmm-fixture-christopher-tool

Christopher Tool Achieves Faster Inspections with 3D Printed CMM Fixtures

Cutting down the time spent on their inspection process, while maintaining a high-level of accuracy was a critical goal for Christopher Tool. Read our new use case to learn how 3D printed coordinate measuring machine (CMM) fixtures significantly improved their inspection process.

View more
Abstract blue image.

Students gain high-demand skills with 3D printing at Dunwoody College of Technology.

Dunwoody College of Technology incorporates hands-on, applied learning in their program where students gain high-demand skills with 3D printing.

View more
printed-fixture-on-f370-build-plate

Leveraging Additive at Microsoft’s Advanced Prototyping Center

Microsoft’s Advanced Prototyping Center uses the Stratasys F370 to speed up fixture production for hardware testing. Learn how 3D printing improves reliability, supports “Fail Fast,” and reduces time to market.

View more
The helmet prototype was 3D printed in one build on the Stratasys F370.

Design firm 3D prints to refine ideas with speed.

3D printing prototypes allows CAD to fail fast and produce design iterations quickly or change a product design overnight to meet a customer’s deadline.

View more
3d-printed-cmm-fixture-christopher-tool

Christopher Tool Achieves Faster Inspections with 3D Printed CMM Fixtures

Cutting down the time spent on their inspection process, while maintaining a high-level of accuracy was a critical goal for Christopher Tool. Read our new use case to learn how 3D printed coordinate measuring machine (CMM) fixtures significantly improved their inspection process.

View more
Abstract blue image.

Students gain high-demand skills with 3D printing at Dunwoody College of Technology.

Dunwoody College of Technology incorporates hands-on, applied learning in their program where students gain high-demand skills with 3D printing.

View more

Compare Printers

Download spec sheet

With a broad printer portfolio of 8 unique systems, there’s an FDM printer that’s right for your application, from manufacturing to aerospace to education.

  • Description
  • Build Size
  • Network Connectivity
  • System Size and Weight
  • Operating Conditions
  • Power Requirements
  • Regulatory Compliance
  • Software
  • Accuracy
  • Brochure
F370

F370

  • Description Accessible, industrial-grade 3D printer. Combines fast and easy material swaps, a generous build volume, and dependable print results to provide accurate, repeatable prototypes to production parts. Suitable for the office or factory floor.
  • Build Size 355 x 254 x 355 mm (14 x 10 x 14 in.)
  • Network Connectivity Wired: TCP/IPv6 protocols at 100 Mbps minimum 100 base T, Ethernet protocol,
    RJ45 connector
    Wireless-ready: IEEE 802.11n, g, or b; Authentication: WPA2-PSK, 802.1x EAP
    Encryption: CCMP, TKIP
  • System Size and Weight 1,626 x 864 x 711 mm (64 x 34 x 28 in.), 227 kg (500 lbs) with consumables
  • Operating Conditions Operating: Temperature: 15 – 30 ºC (59 – 86 ºF), Humidity: 30 – 70% RH
    Storage: Temperature: 0 – 35 ºC (32 – 95 ºF), Humidity: 20 – 90% RH
  • Power Requirements 100–132V/15A or 200–240V/7A. 50/60 Hz
  • Regulatory Compliance CE (low-voltage and EMC directive), FCC, EAC, cTUVus, FCC, KC, RoHs, WEEE, Reach, RCM
  • Software GrabCAD Print, GrabCAD Print Pro2, and Insight™
  • Accuracy Parts are produced within an accuracy of +/- .200 mm (.008 in.), or +/- .002 mm/mm
    (.002 in./in.), whichever is greater.
  • Brochure Download brochure
F170

F170

  • Description Compact, dependable, entry-level professional-grade printer for accurate, repeatable 3D printing. Form factor and ease of use make it suitable for the classroom or office.
  • Build Size 254 x 254 x 254 mm (10 x 10 x 10 in.)
  • Network Connectivity Wired: TCP/IP protocols at 100 Mbps minimum 100 base T, Ethernet protocol, RJ45 connector
    Wireless-ready: IEEE 802.11n, g, or b; Authentication: WPA2-PSK, 802.1x EAP
    Encryption: CCMP, TKIP
  • System Size and Weight 1,626 x 864 x 711 mm (64 x 34 x 28 in.), 227 kg (500 lbs) with consumables
  • Operating Conditions Operating: Temperature: 15 – 30 ºC (59 – 86 ºF), Humidity: 30 – 70% RH
    Storage: Temperature: 0 – 35 ºC (32 – 95 ºF), Humidity: 20 – 90% RH
  • Power Requirements 100–132V/15A or 200–240V/7A. 50/60 Hz
  • Regulatory Compliance CE (low-voltage and EMC directive), FCC, EAC, cTUVus, FCC, KC, RoHs, WEEE, Reach, RCM
  • Software GrabCAD Print, GrabCAD Print Pro3
  • Accuracy Parts are produced within an accuracy of +/- .200 mm (.008 in), or +/- .002 mm/mm (.002 in/in), whichever is greater
  • Brochure Download brochure

NOTE: Accuracy is geometry and material dependent. Achievable accuracy specification derived from statistical data at 95% dimensional yield.

FDM Compatible Materials

From PLA to carbon-fiber ABS, F370 printers offer a capable selection of materials for many 3D printing applications. The materials shown below are several that are available. Refer to the printer’s specification sheet to see the full complement of materials available on that printer.

Polylactic Acid (PLA)

Polylactic Acid (PLA)

Perfect for quick concept verification at low cost. PLA works with fast-draft mode and comes in 11 different colors.

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FDM ABS-CF10

FDM ABS-CF10

ABS-CF10 combines the benefits of ABS with the strength of carbon fiber for a durable, rigid material.

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FDM® TPU 92A

FDM® TPU 92A

Create accurate elastomer parts and prototypes like flexible hoses and tubes with FDM TPU 92A.

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Diran 410MF07

Diran 410MF07

Diran’s toughness and smooth, low-friction texture make it perfect for non-marring, factory-floor tooling.

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ABS-ESD7

ABS-ESD7

ABS-ESD7 (acrylonitrile butadiene styrene-electrostatic dissipative) thermoplastic with static dissipative properties for static discharge-sensitive applications.

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ASA

ASA

Available in 10 colors, ASA has similar properties to ABS but is UV resistant and produces a smoother printed surface.

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FDM Support Materials

FDM Support Materials

Breakaway and soluble support materials for FDM printing making it possible to build 3D printed parts with intricate shapes and interior cavities.

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Polylactic Acid (PLA)

Polylactic Acid (PLA)

Perfect for quick concept verification at low cost. PLA works with fast-draft mode and comes in 11 different colors.

View more
FDM ABS-CF10

FDM ABS-CF10

ABS-CF10 combines the benefits of ABS with the strength of carbon fiber for a durable, rigid material.

View more
FDM® TPU 92A

FDM® TPU 92A

Create accurate elastomer parts and prototypes like flexible hoses and tubes with FDM TPU 92A.

View more
Diran 410MF07

Diran 410MF07

Diran’s toughness and smooth, low-friction texture make it perfect for non-marring, factory-floor tooling.

View more
ABS-ESD7

ABS-ESD7

ABS-ESD7 (acrylonitrile butadiene styrene-electrostatic dissipative) thermoplastic with static dissipative properties for static discharge-sensitive applications.

View more
ASA

ASA

Available in 10 colors, ASA has similar properties to ABS but is UV resistant and produces a smoother printed surface.

View more
FDM Support Materials

FDM Support Materials

Breakaway and soluble support materials for FDM printing making it possible to build 3D printed parts with intricate shapes and interior cavities.

View more
Polyjet print in GrabCAD

GrabCAD™ Print Software

Industry-leading 3D printing software to empower your creativity.

GrabCAD™ Print maximizes FDM potential. Its user-friendly interface and advanced features empower designers and engineers for precise control from file prep to print settings, enabling experimentation with materials, colors, and textures for exceptional accuracy and detail.

With GrabCAD™ Print, users benefit from reduced print prep time and scrap, resulting in greater cost and time savings.


PDF Icon Blog:

Certified Peace of Mind For Classroom and Office 3D Printing
F170, F190CR, and F370 – received GREENGUARD Certification per UL 2904 when printing with ABS and ASA model materials and QSR Support. 

PDF Icon eBook:

Revolutionizing Product Development with 3D Printing
From concept creation all the way through to final product manufacturing, 3D printing is the answer.

Accelerate Drone Innovation with Additive Manufacturing

Cut costs, shorten lead times, and open new design possibilities for UAV manufacturing.

Customer Success Resources

Already have the F370? View additional documentation and resources on our Customer Success support website.

Frequently Asked Questions

The Stratasys F370 is designed for engineers, designers, and manufacturing teams who need reliable, office-friendly 3D printing for prototyping, tooling, and low-volume production. It’s ideal for organizations seeking industrial-grade performance with ease of use.

The F370 offers a build volume of 355 x 254 x 355 mm (14 x 10 x 14 in), enabling users to produce large parts or multiple smaller parts in a single build.

The F370 supports a range of engineering-grade thermoplastics, including PLA, ABS-M30, ABS-CF10, ASA, PC-ABS, ABS-ESD7, Diran 4140MF07 and TPU 92A in red and black. Many of these materials offer soluble support for easy finishing with no hands-on removal.

The F370 is widely used in manufacturing, automotive, aerospace, education, consumer products, and industrial equipment sectors for prototyping, tooling, and production aids.

The F370 delivers high repeatability and part accuracy, typically ±0.2 mm (±0.008 in) or ±0.002 mm/mm, depending on geometry and build conditions.

Yes, the F370 is compatible weith ABS-ESD7 enabling the productoin of ESD-safe parts.

The F370 uses water-soluble support material (SUP706), which is automatically deposited during printing. After printing, supports are removed in a wash station, allowing for hands-free finishing and enabling complex internal features.

The F370 is optimized for standard thermoplastics and ease of use, while the F370CR (Composite-Ready) adds support for carbon fiber-reinforced materials, enabling stronger, stiffer parts for advanced applications.