ONE
Quality under control thanks to patented solutions for professional purposes enclosed in a single extruder 3D printer. Unique and sturdy construction guarantees a perfect 3D printing stability and top prints quality.
Features
Professional 3D printers’ users seek for printing platform that gives the freedom of choosing the material, ensures the high quality of 3D prints and enables long and reliable operations. 3DGence ONE is equiped with patented PUSH system that allows the quick hotend change in favor of easy use. Dedicated electronics ensures the 3D printer autocalibration due to special sensors that scan the heatbed eliminating possible problems with printing process.
Open material base
3D printing with almost all materials available on the market.
The best printout quality resulting from ready to use, dedicated materials gathered in a vast constantly widened material base. Industrial construction of the printer, as well as advanced software features, allows adjusting material profiles to the needs of professional users.
Application of FLEX hotend allows to creating a rubber printouts.
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Autocalibration
No need to calibrate the 3D printer manually.
Have fully control the 3D printing process. Thanks to the special sensors, the 3DGence ONE scans the heatbed and stores the map of points, so it is possible to detect any surface irregularities.
This solution provides a significant increase of quality eliminates the problem with adhesion between printouts and the surface.
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Autocalibration
Autocalibration
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.
Swappable hotends
Quick hotend exchange.
PUSH – patented quick hotend exchange system. The solution enables to replace hotend in just a few seconds, without use of tools. Furthermore it allows to customize the printer to the current needs.
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Ceramic heatbed
Easily remove 3D printouts
Provides very good adhesion during printing – allows for seamless separation of items from the work area. It leaves a textured surface adjacent to the table at the bottom of the printout.
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Open material base
Open material base
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.
Dedicated electronics
The ability to adjust the electrical power supplied to the engine depending on its speed.
3DGence Titanium has:
– 2 levels of thermal protection of the hotend,
– 3 levels of thermal protection of the heatbed.
Electronics is additionally equipped with circuit and overload protection.
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Case studies
Plastics processing
Automotive
Electrotechnics
Architecture
Filaments
Technical specification
3D printing
Print technology
FFF
Build volume
235 × 255 × 195 mm (11 685 cm3)
Min. layer heigh
50 μm
Number of printheads
1
Nozzle diameter
0.4 mm
Filament diameter
1.75 mm
Printhead temperature
265°C
Buildplate temperature
160°C
Model materials
PLA, ABS, ASA, TPU, HIPS
Power
Power requirements
230V AC
Max power draw
600W
Average power draw
220W
Communication
USB drive, SD card
Software
Slicing software
3DGence SLICER 4.0
Size & weight
Printer incl. spool holder
490 × 380 × 470 mm
Printer excl. spool holder
375 × 380 × 470 mm
Printer with heated chamber
490 × 465 × 605 mm
Shipping box
465 × 465 × 605 mm
Printer weight
20 kg
Shipping weight (incl. accessory kit)
23 kg
Temperature
Operational temperature
18–25°C
Storage temperature
0–32°C
Mechanical
Construction
Powder coated steel
Build plate material
Heated ceramic plate
Enclosure
Optional
XY resolution of the control system
6 μm
Z resolution of the control system
0.4 μm
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