3DGence INDUSTRY F421 is a best -in-class Industrial 3D Printing System enabling industry certified, end -use applications in Aerospace, Medical Transportation, and more
High quality, dimensional accuracy, and repeatable results for functional prototypes and end-use parts.
Advance from prototyping to rapid productionwith ultra-fast speed, wide range of industrial materials, connected software, and traceability
3DGENCE INDUSTRY F421 uses superior active heating technology to rapoidly reach and maintain a stable, unoform temperature up to 195ºC in the fully enclosed printing chamber
Constant, high temperature is required for strong layer – to layer bonding and maximum mechanical properties, while the uniformity ensures dimensional accuracy while avoiding distortion
Produce end-use parts for industry certified applications with high performance materials like ULTEM™, PEEK PEKK and CF-PEEK with 3DGENCE technology
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
3DGence INDUSTRY F421 kinematic system moves up to 400 mm/s when printing, ad up to 1000 mm/s with travel or idle moves for optimized dual-extruder printing
The high-speed capability allows up to 2.5x productivity compared to industry standard, while delivering strong, accurate, high-quality results
Achive rapid production of end-use parts for industry certified applicatons with high performance materials like ULTEM™,PEEK, PEKK and CF-PEEK
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
3DGENCE INDUSTRY F421 features a large build volume, 380 x 380 420 mm ( 15 x 15 15 x 16.5 in)
Utilize the generous volume for large, high-strength parts, or for sequential printing of multiple end-use parts per cycle
In addition to the innovative features of the F421, the volume enables you to scale your AM projects from prototypes to rapid production.
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
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.
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
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.
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
The heart of the 3DGENCE INDUSTRY F421 printer is the interchangeable dual head print modules
Engineered by 3DGENCE for specific material ranges, the print module can bequick-swapped via a toolless process in 2 minutes
High, accurate output and less maitenance are core benefits of the innovative 3DGENCE modular system
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
The heated chamber reaches a high temperature and maintains it on a stable level.
Print engineering and high-performance materials with the perfect print quality, exceptional mechanical strength and great dimensional accuracy. High-performance filaments require stable printing process and high extrusion and chamber temperature.
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
The filament bay is a heated material chamber for 4 spools of material ( up to 2 kg/spool)
The chamber maintains hygroscopic filaments at low residual moisture
Produce high quality, strong parts for industry certified applications by ensuring proper material management and traceability through the printing process
Learn more about the Materia Management System here
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
Smart Material Manager automatically reads the filament type, preparation, weight, color, and print requirements to continuously manage the print process
Automatic spool change system for two primary materials and two suppoort materials ensures uninterrupted printing when spools run out
These advanced features increase your productivity while decreasing waste, and extend tarceability through the print process
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
Always read to print. Low maintenance.
3DGENCE INDUSTRY F421 printer and modules are automatically calibrated to ensure print quality and dimensionl accuracy – without the need any manual calibration.
3DGence DOUBLE enables 3D printing from water-soluble material BVOH, which allows removing supports without problems. Thanks to this solution you don’t have to manually deal with supports printed with HIPS or other breakaway materials.
An attempt to remove the supports mechanically may cause damage to the printout. BVOH support material gives the possibility of rinsing support material from the model and leave it in a perfect form.
Is the water temperature relevant?
The best effects of dissolving support material can be achieved with warm water. However, it can not be a temperature that threatens the building material. Water heated up to approx. 50°C will help remove the supports from the printout much faster. This process can also be improved by mixing water.
Finally, ensuring optimal conditions, such as in an ultrasonic cleaner, will dissolve the BVOH filament in just a few minutes.
Low volume production
Additive manufacturing is frequently more cost-effective than other legacy manufacturing methods, allowing the rapid production of end-use parts at scale, reducing tooling and inventory costs and accelerating the time tp market.
End Use Parts
In many instances the mechanical properties and surface characteristics of 3D printed parts meet and exceed the customer’s expectation, allowing their use in the actual product.
Prior to launching mass production, engineering and designers benefit from 3D printing functional prototypes that can help verify fit, functionality and optimum integration with other components, accelerating the iterative development cycle and time to market.
Low volume production
Additive manufacturing is frequently more cost-effective than other legacy manufacturing methods, allowing the rapid production of end-use parts at scale, reducing tooling and inventory costs and accelerating the time tp market.
End Use Parts
In many instances the mechanical properties and surface characteristics of 3D printed parts meet and exceed the customer’s expectation, allowing their use in the actual product.
Prior to launching mass production, engineering and designers benefit from 3D printing functional prototypes that can help verify fit, functionality and optimum integration with other components, accelerating the iterative development cycle and time to market.
Low volume production
Additive manufacturing is frequently more cost-effective than other legacy manufacturing methods, allowing the rapid production of end-use parts at scale, reducing tooling and inventory costs and accelerating the time tp market.
End Use Parts
In many instances the mechanical properties and surface characteristics of 3D printed parts meet and exceed the customer’s expectation, allowing their use in the actual product.
Prior to launching mass production, engineering and designers benefit from 3D printing functional prototypes that can help verify fit, functionality and optimum integration with other components, accelerating the iterative development cycle and time to market.
Low volume production
Additive manufacturing is frequently more cost-effective than other legacy manufacturing methods, allowing the rapid production of end-use parts at scale, reducing tooling and inventory costs and accelerating the time tp market.
End Use Parts
In many instances the mechanical properties and surface characteristics of 3D printed parts meet and exceed the customer’s expectation, allowing their use in the actual product.
Prior to launching mass production, engineering and designers benefit from 3D printing functional prototypes that can help verify fit, functionality and optimum integration with other components, accelerating the iterative development cycle and time to market.
Best-In-Class Industry Warranty. 3 years of free limited warranty. Warranty is avaiable all over the world. We stand behind our technology so you can focus on keeping printing.
Reliability and full functionality of the machines.
Elimination of production stoppages
in order to maintain processes continuity.
Original spare and wear parts and professional service.
Follow maintenance activities and warranty checkups to maintain the warranty.
Print technology
FFF
Build volume
380 x 380 x 420 mm (15 x 15 x 16.5 in)
Minimum layer height
50 µm
Number of printheads
2, printhead purging system
Filament diameter
1.75 mm
Printhead temperature
500 °C
Buildplate temperature
180 °C
Chamber temperature
195 °C (active heating)
Filament chamber temperature
50 °C
Travel move
1000 mm/s
Printing speed
Up to 400 mm/s
Power requirements
230 V
Max. power draw
4600 W
Average power draw
1500 W
Communication
Ethernet, Wi-Fi, USB drive
UPS device
Optional
Slicing software
3DGence SLICER 4.0
Cloud based services
3DGence CONNECT™
Air filtration
Optional Advanced Filtration Unit
Filtration
Advanced filtration unit
Sensors
Main chamber door, top access hatch, thermal sensors, emergency switch
Others
Software access overdrive – remote shut down