F2 Sparq
High-speed 3D printer FDM/FFF, self-produced
and developed by F2 innovations.
- INDUSTRIAL AND TECHNOLOGICAL
- ULTRA-FAST, HIGH QUALITY
and developed by F2 innovations.
- INDUSTRIAL AND TECHNOLOGICAL
- ULTRA-FAST, HIGH QUALITY
Extruders
Two independent high-temperature extruders (up to 550 °C) for printing with different materials.
Chamber
Heated chamber up to 120 °C with forced convection, enabling printing of parts in engineering materials.
F2 Sparq
High-speed FDM/FFF 3D printer, manufactured
and developed in-house by F2 innovations.
and developed in-house by F2 innovations.
Combines the reliability of industrial equipment
and the latest technological solutions and trends.
and the latest technological solutions and trends.
F2 Sparq
Industrial and very fast.
The F2 Sparq is an FDM/FFF printer with a visible print size
of 500x400x550mm.
The extruder movement system ensures the minimization
of inertial effects, due to the main speaker and signal accuracy even at maximum speeds.
The mechanical, electronic and software components installed in the printer are the key to successful high-speed printing even with engineering materials, which allows achieving high productivity and quality of the resulting products.
of 500x400x550mm.
The extruder movement system ensures the minimization
of inertial effects, due to the main speaker and signal accuracy even at maximum speeds.
The mechanical, electronic and software components installed in the printer are the key to successful high-speed printing even with engineering materials, which allows achieving high productivity and quality of the resulting products.
F2 Sparq printer is a high-speed FDM/FFF 3D printer (print area 500*400*550 mm), which is designed for printing engineering materials.
Two independent high-temperature extruders (up to 550°C) allow printing with engineering (ASA, PC, PP, PSU, PA, etc.) and composite polymers such as ABS+CF, PA+CF, PEEK+CF, etc.
Two independent high-temperature extruders (up to 550°C) allow printing with engineering (ASA, PC, PP, PSU, PA, etc.) and composite polymers such as ABS+CF, PA+CF, PEEK+CF, etc.
Quick-change, heated to 160°C, stainless steel print platform with auto-calibration and a chamber up to 120°C with forced convection allows you to print parts with engineering materials in the entire build volume.
The printer has a heated (up to 60°C) cell for two filament spools.
The printer has a heated (up to 60°C) cell for two filament spools.
Diameter of nozzles
0,15 - 1 mm
Chamber
heating up to 120°С
with convection
with convection
Printing area
500*400*550 mm
Heated bed
quick-change printing platform heated to 160°С
User Interface
original electronics
and intuitive interface
and intuitive interface
Extruders
two independent
high temperature
(up to 550°C) with IDEX printing capability
high temperature
(up to 550°C) with IDEX printing capability
Diameter of nozzles
0,15 - 1 mm
Chamber
heating up to 120°С
with convection
with convection
Printing area
500*400*5500 mm
Heated bed
quick-change printing platform heated to 160°С
User Interface
original electronics
and intuitive interface
and intuitive interface
Extruders
two independent
high temperature
(up to 550°C) with IDEX printing capability
high temperature
(up to 550°C) with IDEX printing capability
User Interface
Original electronics and intuitive interface
Minimal training is required; by looking at the interface, you will immediately understand how to operate the printer.
User Interface
Original electronics and intuitive interface
Minimal training is required; by looking at the interface, you will immediately understand how to operate the printer.
printing chamber
Heated chamber with forced convection
Forced convection of the chamber and uniform heating allows printing large-sized parts with high interlayer adhesion.
Parts of any size do not delaminate or deform.
Parts of any size do not delaminate or deform.
printing chamber
Heated chamber with forced convection
Forced convection of the chamber and uniform heating allows printing large-sized parts with high interlayer adhesion.
Parts of any size do not delaminate or deform.
Parts of any size do not delaminate or deform.
extruders
Two independent high temperature extruders allow you to print with a full range of available materials
F2 printing technology provides ultra-fast heating of the extruder to the operating temperature in 3-10 seconds, the accuracy of maintaining the melt temperature up to 3°C
extruders
Two independent high temperature extruders allow you to print with a full range of available materials
F2 printing technology provides ultra-fast heating of the extruder to the operating temperature in 3-10 seconds, the accuracy of maintaining the melt temperature up to 3°C
printing bed
Quick-change print platform
heated to 160°C
heated to 160°C
The quick-change printing bed makes the printing process fast and easy.
This avoids damage to models with large dimensions, and also allows you to use the printer almost without interruptions between printing processes.
This avoids damage to models with large dimensions, and also allows you to use the printer almost without interruptions between printing processes.
printing bed
Quick-change print platform
heated to 160°C
heated to 160°C
The quick-change printing bed makes the printing process fast and easy.
This avoids damage to models with large dimensions, and also allows you to use the printer almost without interruptions between printing processes.
This avoids damage to models with large dimensions, and also allows you to use the printer almost without interruptions between printing processes.
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We design our printers with care and love - from sketch to final product,
so that you can be confident in every layer of printing on F2 printers.
so that you can be confident in every layer of printing on F2 printers.
