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.
The F370CR uses ABS-CF10 and FDM® Nylon-CF10 composite materials, both reinforced with chopped carbon fiber, 10% by weight, for strength and stiffness. Up to four layer resolutions give you flexibility on part quality and print speed. A fully heated build chamber enables higher strength between layers. Job setup simply involves importing the part’s CAD file using GrabCAD Print™ software. Accelerates throughput while avoiding the opportunity cost of using production resources or the lead time of outsourcing.
Soluable Support: Soluble support material lets you create intricate geometries with hidden cavities, a feature not found on entry-level systems.
Accessible Material Drawers: Material spools are housed in an easily accessible drawer in the front of the printer, making material changes quick and painless.
Intuitive Interface: The user interface screen on the front of the printer features an intuitive menu to control and process your print jobs.
Connectivity: GrabCAD Print and Insight software let you control the depth and breadth of control you have over your print operations.
Carbon Fiber Versatility: Multiple composite materials enable more options than competitive systems with single-material capability.
Small Footprint: The compact size makes the F370CR printer easy to accommodate in your environment, whether the classroom, engineering office, or the shop floor.
Ease of Use: Easy to learn and not difficult to operate, saving you time to focus on resources on other more labor-intensive tasks.
Cost effective: F370CR printers offer ample materials options – composite and non-composite – to satisfy many applications.
Repeatable Results: With a proven record for uptime and dimensional repeatability, the F370CR printer offers reliable, set-and-forget operation.
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.
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.
With industrial‑grade strength, precision, and repeatability, FDM 3D printers produce durable prototypes, manufacturing tools, and end‑use parts from real thermoplastics. Which one is right for you?
NOTE: Accuracy is geometry and material dependent. Achievable accuracy specification derived from statistical data at 95% dimensional yield.
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.
GrabCAD™ Print maximizes FDM's 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.
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