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F370CR

Supplement machining with carbon fiber 3D printing. The F370CR composite 3D printers offers carbon fiber and industrial-grade thermoplastics to produce strong workholding fixtures, tooling, and parts. This composite-ready printer family provides reliable carbon fiber 3D printing for more demanding applications in industries including general manufacturing, automotive, aerospace, rail, education, and medical.

F370CR 3D Printer Features & Benefits

Benefits

The F370CR printer delivers the reliability and printed-part durability needed in the manufacturing environment.

  • check Multiple composite materials enable more options than competitive systems with single-material capability.
  • check The compact size makes the F370CR printer easy to accommodate in your environment, whether the classroom, engineering office, or the shop floor.
  • check Easy to learn and not difficult to operate, saving you time to focus on resources on other more labor-intensive tasks.
  • check F370CR printers offer ample materials options – composite and non-composite – to satisfy many applications.
  • check With a proven record for uptime and dimensional repeatability, the F370CR printer offers reliable, set-and-forget operation.
Download Brochure
Features

F370CR printers include features that make 3D printing with composite materials easy, efficient, and highly effective.

  • check Soluble support material lets you create intricate geometries with hidden cavities, a feature not found on entry-level systems.
  • check Material spools are housed in an easily accessible drawer in the front of the printer, making material changes quick and painless.
  • check The user interface screen on the front of the printer features an intuitive menu to control and process your print jobs.
  • check GrabCAD Print and Insight software let you control the depth and breadth of control you have over your print operations.
Download Spec Sheet
FDM Technology

Materials

All Materials

The beauty of F370CR composite printer is the material versatility, which includes two composites and a static-dissipative ABS. 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.

ABS-M30 an FDM technology 3D Printing material.

ABS-M30

ABS-M30 an FDM 3D printing material is stronger than standard ABS; ideal for concept modeling, functional prototyping, manufacturing tools and end use parts.

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ASA

ASA

ASA perfect for 3D printing applications involving prototyping, jigs and fixtures and low-volume production parts. ASA is offered in 10 different color variations.

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Air intake 3D Printed Part.

FDM TPU 92A

FDM TPU 92A 3D printing material provides the flexibility needed to prototype large, complex elastomer parts, with stretch, abrasion, and tear resistance.

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ABS-ESD7 - FDM 3D Printing Material.

ABS-ESD7™

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

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pc abs

PC-ABS™

The PC-ABS 3D printing material is a high-impact engineering thermoplastic ideal for functional prototyping, tooling and low-volume manufacturing.

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Diran 410MF07 - FDM 3D Printing Material.

Diran™ 410MF07

Diran 410MF07 is a durable, nylon-based thermoplastic, demonstrating exceptional toughness and resistance while maintaining a smooth surface quality.

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Over 50% stiffer & 15% stronger than standard ABS. FDM ABS-CF10 replaces metal with 3D printed carbon fiber tools for strong, rigid end effectors and fixtures that don’t flex under load.

ABS-CF10

A composite 3D printing material - FDM ABS-CF10 replaces traditional metals by offering strong 3D printed carbon fiber tools, rigid end effectors and fixtures.

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nylon cf10_264x169

FDM Nylon-CF10

FDM Nylon-CF10 is filled 10% by weight with chopped carbon, which produces a composite material 67% stronger and 190% stiffer than the nylon base material.

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support

QSR Soluble Support

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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ABS-M30 an FDM technology 3D Printing material.

ABS-M30 an FDM 3D printing material is stronger than standard ABS; ideal for concept modeling, functional prototyping, manufacturing tools and end use parts.

Learn More
ASA

ASA perfect for 3D printing applications involving prototyping, jigs and fixtures and low-volume production parts. ASA is offered in 10 different color variations.

Learn More
Air intake 3D Printed Part.

FDM TPU 92A 3D printing material provides the flexibility needed to prototype large, complex elastomer parts, with stretch, abrasion, and tear resistance.

Learn More
ABS-ESD7 - FDM 3D Printing Material.

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

Learn More
pc abs

The PC-ABS 3D printing material is a high-impact engineering thermoplastic ideal for functional prototyping, tooling and low-volume manufacturing.

Learn More
Diran 410MF07 - FDM 3D Printing Material.

Diran 410MF07 is a durable, nylon-based thermoplastic, demonstrating exceptional toughness and resistance while maintaining a smooth surface quality.

Learn More
Over 50% stiffer & 15% stronger than standard ABS. FDM ABS-CF10 replaces metal with 3D printed carbon fiber tools for strong, rigid end effectors and fixtures that don’t flex under load.

A composite 3D printing material - FDM ABS-CF10 replaces traditional metals by offering strong 3D printed carbon fiber tools, rigid end effectors and fixtures.

Learn More
nylon cf10_264x169

FDM Nylon-CF10 is filled 10% by weight with chopped carbon, which produces a composite material 67% stronger and 190% stiffer than the nylon base material.

Learn More
support

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

Learn More
All Materials

Typical Applications

F370CR FDM composite printers are designed for applications that demand parts with a higher degree of strength and rigidity. They cater to tooling applications where strong yet lightweight polymer jigs and fixtures can substitute for metal tools without the associated long lead times.

Functional Prototyping

Functional Prototyping

Easy-to-use F190CR printers let you iterate your designs much more quickly than traditional prototyping methods.

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Image

End-Use Parts

The F370CR is right-sized to accommodate the needs of limited production volumes, whether it’s many smaller parts or a few large items.

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Man Stands at manufacturing tool

Strong Workholding Fixtures

Lower the cost and lead time to make or outsource tooling by 3D printing them instead.

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Functional Prototyping

Easy-to-use F190CR printers let you iterate your designs much more quickly than traditional prototyping methods.

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Image

The F370CR is right-sized to accommodate the needs of limited production volumes, whether it’s many smaller parts or a few large items.

Read More
Man Stands at manufacturing tool

Lower the cost and lead time to make or outsource tooling by 3D printing them instead.

Read More

Printer Comparison

Download spec sheet

F190CR and F370CR composite-ready carbon fiber 3D printers offer a selection of material choices and build capacity.

  • Max Build Size
  • Cartridge capacity
  • Software
  • Brochure
F370CR

F370CR

  • Max Build Size 355 x 254 x 355 mm
    (14 x 10 x 14 in.)
  • Cartridge capacity 4
    Material spool bays (2 model – 2 support)
    Auto material changeover
  • Software GrabCAD Print
    GrabCAD Print Pro
    Insight
  • Brochure Download brochure
F190CR

F190CR

  • Max Build Size 305 x 254 x 305 mm (12 x 10 x 12 in.)
  • Cartridge capacity 2
    Material spool bays (1 model – 1 support)
  • Software GrabCAD Print
    GrabCAD Print Pro
  • Brochure Download brochure

Need more information about our F370CR printer or any of our other technologies? Talk to one of our experts.

Talk to an Expert

Customer Case Studies

All Customer Success Stories

The fastest way to learn about the versatility of 3D printing with the F370CR composite printer is to see how our customers use them. The following case studies show how F370CR printer offers versatile 3D printing solutions for a variety of applications. 

3D Printed Leak Check Fixture. Produced with a F370CR 3D printer using Nylon CF-10.

J.W. Speaker Use Case on F370CR & FDM Nylon-CF10.

Find out how J.W. Speaker Corporation transformed the process of creating snowmobile light fixtures with 3D printers and FDM Nylon-CF10 filament.

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Graco Manufacturing

Graco Engineers 3D Printed Metal Forming Dies Using FDM Technology

Graco Inc. saw an 80% cost reduction with Metal Forming Die when they used an F370CR composite 3D printer using FDM Nylon-CF10. Learn more!

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gosiger_300x229

Composite 3D Printing FDM Use Case | Gosiger Manufacturing

Gosiger Manufacturing 3D printed a high-performance turret-mounted catcher with Stratasys composite 3D printer and materials. Download the use case today!

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Mercury Marine Uses Composite 3D Printing

Mercury Marine Innovates with F370®CR Composite Printer & Materials to Create Custom Decal Application Fixture

Mercury Marine designers 3D printed their latest custom decal hat fixture using an F370®CR composite printer and high-strength carbon-fiber composite thermoplastics.

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3D Printed Leak Check Fixture. Produced with a F370CR 3D printer using Nylon CF-10.

Find out how J.W. Speaker Corporation transformed the process of creating snowmobile light fixtures with 3D printers and FDM Nylon-CF10 filament.

Read More
Graco Manufacturing

Graco Inc. saw an 80% cost reduction with Metal Forming Die when they used an F370CR composite 3D printer using FDM Nylon-CF10. Learn more!

Read More
gosiger_300x229

Gosiger Manufacturing 3D printed a high-performance turret-mounted catcher with Stratasys composite 3D printer and materials. Download the use case today!

Read More
Mercury Marine Uses Composite 3D Printing

Mercury Marine designers 3D printed their latest custom decal hat fixture using an F370®CR composite printer and high-strength carbon-fiber composite thermoplastics.

Read More
All Customer Success Stories
grabcad print image

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.