INDUSTRY F421

Dual extruder 3D printer designed for industrial applications where accuracy, speed, comfort and safety of the entire 3D printing process are crucial.
This 3D printer is suitable for working with a wide range of technical materials including the high-performance thermoplastics and composites.

Features

High speed

Large build volume

Composites printing

Safety

Printing modules

Heated printing chamber

Heated material chamber

Smart Material Manager

Autocalibration

High speed

3DGence INDUSTRY F421 pushes the boundaries of the printing speed of industrial 3D printers.

The printing speed is the key aspect of the process. Print speed up to 400 mm/s and 1 meter per second of travel move makes INDUSTRY F421 a great tool. It’s a great machine for rapid prototyping but also a full-fledged additive manufacturing system for your business.

Large build volume

Large chamber volume gives you the opportunity to print large or many models in one run.

With the dimensions of 380 x 380 x 420 mm you can 3D print even larger models without splitting them or joining the parts later on. 3DGence INDUSTRY F421 has the best volume to price ratio in its class.

Composite ready industrial 3D printer

Print high-performance materials that are additionally reinforced to make your end-use parts even more durable.

3DGence INDUSTRY F421 can be equipped with hardware allowing to print safely from reinforced materials. Improve the production of your most heavily loaded construction parts.

Safety

Ensured user safety and work continuity proven by TUV Safety and Regular Production Surveillance.

With a focus on high-performance materials, it’s important to provide adequate emissions control. F421 filteration system offer unprecedented filtering efficiency among FFF AM platforms, capable of filtering: macro dust, nano dust (VOC, UFP), solvent vapour, noxious gasses, foreign particles.

3DGence INDUSTRY F421 is equipped with hardware allowing to print safely from reinforced materials. Improve the production of your most heavily loaded construction parts.

Interchangeable printing modules

Print high-performance and engineering materials that can be used by various industries.

3DGence INDUSTRY F421 features a modular approach to print capabilities. You don’t need to use multiple 3D printers anymore. Using job-specific printing modules combined with the predefined and engineered printing profiles you will always get the best quality of the prints. This unique solution makes INDUSTRY F421 and ideal PEEK, PEKK and ULTEM™ 3D printer.

Heated material chamber with automatic spool change system

Keep your materials always dry and ready to print.

Materials are kept in a stable environment due to the heated materials chamber. There are 4 material bays in the filament chamber: two dedicated for model materials and two for the support. When the material is running out, it will be automatically replaced in the extruder with the material from the second bay.

Case studies

Medical

Automotive

Architecture

Education

3D print of the anatomical model of the skull

3D printing is increasingly used in medicine and allows for detailed planning of operations. This makes it possible to select the appropriate operating technique, discuss it in the team and shorten the time of the procedure itself.

3D print of the anatomical model of the skull

Creation a life-size 3D model of the manifold using 3D printing technology.

The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.

Creation a life-size 3D model of the manifold using 3D printing technology.

The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.

Creation a life-size 3D model of the manifold using 3D printing technology.

The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.

Creation a life-size 3D model of the manifold using 3D printing technology.

The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.

Creation a life-size 3D model of the manifold using 3D printing technology.

The use of 3DGence INDUSTRY F340 allowed verifying the vacuum manifold, which is one of the elements creating a hydraulic system of a pump compartment inside fire engines.

3D printout of architectural mock-up

In the process of revitalization, it is important to present the building’s body with a high detail referring to the original design. PANOVA created the complex building model based on archival materials from 1897 in 1:75 scale using 3D printing technology.