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.
manufactured 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.
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.
F2 printing technology
We have developed an FDM/FFF 3D printing technology to open up new possibilities for the use of additive technologies in any industry, making 3D printing with any material fast and of high quality for every manufacturer.
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
heated to 160°С
User Interface
original electronics and intuitive interface
Extruders
two independent high temperature
(up to 550°C) with IDEX printing capability
(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*550 mm
Heated bed
quick-change printing platform
heated to 160°С
heated to 160°С
User Interface
original electronics and intuitive interface
Extruders
two independent high temperature
(up to 550°C) with IDEX printing capability
(up to 550°C) with IDEX printing capability
User Interface
Original electronics and intuitive interface
All F2 printers are equipped with industrial computers based on Intel I3 with 8GB of RAM and 64GB SSD, which increases durability and reliability of use.
The proprietary operating system and intuitive interface allow the user to work with the equipment without problems and receive regular updates.
The proprietary operating system and intuitive interface allow the user to work with the equipment without problems and receive regular updates.
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
Chamber heated to 120°C with convection
The chamber, heated to 120°C, with forced convection, allows printing parts with engineering and composite materials in the entire build volume.
printing chamber
Chamber heated to 120°C with convection
The chamber, heated to 120°C, with forced convection, allows printing parts with engineering and composite materials in the entire build volume.
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 with high precision of maintaining the melt. The lightweight extruder reduces the load on the printer mechanisms, increases the printing speed and reduces wear of components.
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 with high precision of maintaining the melt. The lightweight extruder reduces the load on the printer mechanisms, increases the printing speed and reduces wear of components.
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