FDM 3D Printing StratasysF770
StratasysF770
Provide high-performance, high-precision, high-strength and large-size 3D printing services, 3D printing consumables, and comprehensive 3D printing solutions
-
The F770 FDM 3D printer offers one of the largest print volumes among Stratasys FDM systems. With over 13 cubic feet of build volume and the widest build chamber (X direction) of any Stratasys FDM 3D printer, the F770 can build large parts or sizable assortments of smaller parts.
Instead of printing separate sections of a large part and joining them together post-print, the F770 gives you the volume needed to make big parts in their entirety, with the high level of reliability and repeatability Stratasys FDM printers are known for. Leverage the capacity of the F770 to efficiently execute varied applications in automotive, general manufacturing, aerospace, education, rail, and medical.
-
F770 Key FeaturesLarge Build Volume:13+ cubic feet (370L) of build space with the widest X-axis (36 inches/914 mm) in a Stratasys FDM printer.Ideal for printing large monolithic parts or large batches of smaller components in a single run.Industrial Reliability:Based on Stratasys proven FDM technology, ensuring high repeatability and minimal downtime.Advanced chamber temperature control and optimized airflow for consistent layer bonding and dimensional accuracy.Material Flexibility:Compatible with engineering-grade thermoplastics, including:ASA: UV-resistant, ideal for outdoor or automotive parts.ABS: High strength and impact resistance.Nylon (PA): Durable and chemical-resistant.PC (Polycarbonate): High heat resistance and toughness.Soluble supports for complex geometries.Cross-Industry ApplicationsThe F770’s combination of size, speed, and material performance make it ideal for applications such as:Automotive:Large prototypes: Full-size instrument panels, bumpers, or air ducts.Tooling: Grips, fixtures, and end-of-line robotic tooling.Custom parts: Lightweight components for electric vehicles.Aerospace:Cabin interiors: Luggage racks, seat frames.Functional prototypes: Ducts, housings, and brackets.Rail and Transportation:Train interior panels, HVAC components, and cable management systems.Medical:Large medical device housings, prosthetics, or ergonomic devices.General Manufacturing:Volume production of end-use parts such as housings, connectors, and industrial tools.On-demand spare parts for traditional machinery.Education and Research:Print large engineering models or architectural prototypes.
