- Low stock - 5 items left
- Inventory on the way
3DGence INDUSTRY F350 3D printer
High performance 3D printer - developed according to the Industry 4.0 concept
With the INDUSTRY F350, 3DGence closes the gap between the F340 and F421 3D printers. A powerful, versatile and innovative 3D printing system that conforms to the Industry 4.0 concept. The 3DGence INDUSTRY F350 delivers high-speed 3D printing and precise prototyping for fast and reliable results.

It's a prototyping workhorse that prints fully functional prototypes using a variety of materials. The 3D printer is optimized to get the best result in engineering materials and composites.
Key Features:
- Velocity - Accurate and rigid kinematic system
- Modular printing system - wide range of materials
- Ultra polymers (PEEK), technical grades (PC)
- Printing composites
- Soluble materials - carrier materials made of ESM 10, complex geometries
- 3DGence CLOUD - complete process control and monitoring
- Built-in SMM system for material detection
- Industrial Grade Accessories - Air Filter, Signal Tower and Backup Power Supply - SECURITY
The 3DGence INDUSTRY F350 is a dual extruder 3D printer for industrial applications where accuracy, speed, convenience and safety of the entire 3D printing process are crucial. 3DGence INDUSTRY F350 is also suitable for working with a variety of engineered materials including high performance thermoplastics.
SPECIFICATIONS _ | |
Installation space (W × D × H) | 340×340×350mm |
pressure nozzles | 2 per module |
Hot end temp. (max) | 500°C |
Build platform temp. (max) | 160°C |
Installation space temp. (max) | 130°C |
Filament chamber temp. (max) | 50°C |
software |
3DGence SLICER 4.0 |
speed and precision
process speed
≤ 1m/s
print speed
≤ 400mm/s
A key aspect of 3DGence's new industry platform is the high focus on speed.
The implementation of a number of innovative solutions has significantly increased the performance of the platform. This makes F350 not only an excellent rapid prototyping tool, but also a full-fledged additive manufacturing system.
Thanks to the newly developed kinematic system, which uses closed-loop coded stepper motors for X, Y and Z actuation, it is possible to achieve high traversing and printing speeds while maintaining high print quality. Running in closed loop means the system can monitor its current position and correct itself if an error is detected.
Switch modules and use a 3D printer for all jobs
The modular system used in the 3DGence INDUSTRY F350 is a practical and cost-effective solution. 3DGence INDUSTRY F420 with its modular system is unique in the industrial 3D printer segment.
The ability to use three different modules in one 3D printer allows you to create repeatable models from a wide variety of filaments. Each module is adapted to a specific material group in order to optimize the printing process. The internal module memory saves time for calibration. All modules are also equipped with two hotends and an inactive nozzle lift system.
Module M280

- dual extruder
-
Predefined profiles for a variety of materials
- Soluble support material
Module M360

M360 is a high-temperature INDUSTRY F350 module that allows users to print the models from engineering materials such as PC.
- dual extruder
- High-strength PC models
Module M500

M500 is one of the interchangeable INDUSTRY F350 modules which can reach extrusion temperature up to 500℃. This high temperature combined with the printer's heated chamber enables high-performance polymers such as PEEK to be printed. The M500 module can also print PEEK on the ESM-10 soluble carrier .
- dual extruder
- PEEK - High Performance Polymers
- ESM-10 - Soluble Support Material
M280 | M360 | M500 | |
printing temperature | Up to 280°C | Up to 360°C | Up to 500°C |
nozzle diameter | 0.5 / 0.5mm | 0.4 / 0.4mm | 0.4 / 0.4mm |
model materials | ABS, ASA, PLA, PA6/69 | personal computer | PEEK |
supporting materials | HIPS (breakaway) ESM-10 (soluble) | ESM-10 (soluble) | ESM-10 (soluble) |
Large heatable space
F350 is equipped with an actively heated build chamber that can reach 130°C.
The combination of heated build space and heated material chamber ensures that the prints made from high-performance polymers such as PC or PEEK are always of the best possible quality. The build chamber, heated to 130°C, allows for the printing of PC blends or polycarbonate copolymers to ensure that the expected nominal mechanical properties are achieved without warping or other print failures. There is also a jet intake sector housed in the chamber.
Smart Materials Manager
filtration
With the focus on high performance thermoplastics, it is becoming increasingly important to provide proper emission control. F350 filters offer unparalleled filter efficiency among the FFF AM platforms .
F350 uses an advanced ULT filter unit capable of filtering the following particles:
- macro dust
- Nanodust (VOC, UFP)
- solvent
- vapor (harmful gases)
- foreign particles
- Z-section perforated mat as pre-filter in G4 standard
- H13 standard HEPA filter of filter efficiency of > 99.95%
- activated carbon cartridge
Security
- An electronic lock of the main chamber door, which can also be controlled via cloud service and printer interfaces.
- Sensors for the main chamber door and the top access door
- Redundancy for thermal sensors of high power heating elements
- Emergency switch - instant power off and thermal control system
- Logic emergency shutdown system
- Software access overdrive - the printer can be shut down remotely .
UPS and Signal Tower
- Unaffected printer performance during brief power outages
- longer battery life with longer power problems
3DGence Cloud

Scope of delivery and additional options
WHAT'S INCLUDED?- 3DGence INDUSTRY F350 3D printer
- Accessory set (Wi-Fi module incl.)
- Emergency stop button
- The M280 dual extruder print module (+1 spool ABS, +1 spool ESM-10)
- The M360 dual extruder print engine (+1 spool PC, +1 spool ESM-10 )
- The M500 dual extruder print module (+1 spool PEEK, +1 spool ESM-10)
- UPS - emergency power supply
- Advanced filter unit
- signal tower
--

Press: | Environmental conditions: | ||
Printing technology: | FFF Fused Filament Fabrication | working temperature: | 18-30°C |
build chamber: | 340×340×350mm | storage temperature: | -20 - 54°C |
build volume: | 40,460cc | Energy requirement: | |
min. layer height: | 50 µm | Power requirement: | - 230V 1ph 16A, CEE 7/7 plug - 2 x 120V 180° interfacial, NEMA 6I-20P 20A plug (USA) |
Number of printheads: | 2, flushing system | Max. Input: | 3300W |
nozzle diameter: | 0.5/0.5mm or 0.4/0.4mm | Average power consumption: | 1500W |
Filament diameter: | 1.75mm | Communication: | Ethernet, Wi-Fi, USB drive |
Printhead temperature: | 500°C | Software: | |
Build Plate Temperature: | 160ºC | Slicing Software: | 3DGence SLICER 4.0 |
Chamber Temperature: | 130 ° C (active heating) | Cloud-based services: | 3DGence CLOUD |
Filament chamber temperature: | 50ºC | Security: | |
Speed: | Filtering: | Advanced sensors of the filter unit | |
travel speed: | 1000mm/s | Installation space lock, heat sensors, emergency switch | |
Print speed: | up to 400mm/s | UPS device: | yes, optional |
Construction: | Other: | Software Access Overdrive - Remote Shutdown | |
Chassis: | steel | Dimensions & Weight: | |
Outside: |
Steel, chamber lined with stainless steel |
External dimension: | 1825x960x940mm |
build platform: | Borosilicate Glass / Magnetic Building Boards | Weight: | 335kg |
Positioning resolution XY: |
0.006mm | ||
Positioning resolution Z: | 0.0007mm |

