Print anything, any way.

DOMO combines multiple materials and technologies to bring your ideas to life. With the ability to print in a variety of materials, you can explore new possibilities and unleash your imagination. Experience the ultimate in advanced fabriaction technologies.

Innovative,

multi-technology,

multi-material.

Integrate up to four technologies in one device.

Technical Specifications.

General dimensión: 520 x 465 x 410 (W x H x D) mm
Weight: 23 kg
Power supply: 230V AC, 50Hz
Standby power consumption: 37 W
Connectivity Ethernet: (local area network)
Number of printheads: 4
Printing volume: 130 x 100 x 130 (W x H x D) mm
Printing resolution: X ± 0.0125 mm Y ± 0.0125 mm Z ± 0.01 mm
Platform levelling: Software assisted
User interface: Touch screen. Web control.
Slicing software: CURA
Supported files: .gcode

Multi-Technology.

Experience the future of printing with our multi-technology 3D printer, where innovation meets versatility.

Solution Electrospinning

Electrospinning is a technique for creating nanofibers from polymer solution using high voltage. The fibers can be used for various applications including biomedicine, filtration, and energy storage.

Sol-Electrospinning Extruder

Compatible volume: 3.5 and 10ml
Maximun Viscosity: 200 Pa s
Nozzle diameter: 14 G-27 G Luer Lock
Temperature range: 25 KV

Melt Electrowriting (MEW)

Melt Electrowriting (MEW) is a fabrication technology that uses high voltage to extrude melted polymer to build 3D structures layer by layer. It is used for production of complex geometries with high precision.

Melt Electrowriting Extruder

Temperature range: Ambient 250 ºC
Compatible diameter: 0.5 mm

Syringe Extrusion

Hydrogel 3D printing utilizes an extrusion process to shape the hydrogel into intricate forms and is commonly used in the fields of tissue engineering and regenerative medicine.

Syringe Extrusion

Compatible volume: 3.5 and 10ml
Maimun Viscosity: 200 Pa s
Nozzle diameter: 14 G-27 G Luer Lock
Temperature range: Ambient

Heated Syringe Extrusion

Bioprinting with bioinks is a process of creating 3D structures that support cell growth, used in regenerative medicine.

Heated Syringe Extrusion

Compatible volume: 3.5 and 10ml
Maimun Viscosity: 200 Pa s
Nozzle diameter: 14 G-27 G Luer Lock
Temperature range: Ambient -60 m ºC

Pellet 3D Printing

Fused Deposition Modeling (FDM) with granulates is a 3D printing method that melts thermoplastic material (pellets) and builds objects layer by layer. It is a cost-effective technique for manufacturing using advanced materials.

Pellet Extruder

Temperature range: Ambient 250 ºC
Compatible diameter: 0.5 - 5 mm

Filament 3D Printing

Filament 3D printing is a process where a plastic filament is fed through a heated extruder, melted and deposited layer by layer to create a 3D object.

Filament Extruder

Temperature range: Ambient 250 ºC
Zozzle diameter: 0.2 - 1 mm
Compatible diameter: 1.75 mm

UV Head

UV curing in 3D printing is a process where UV light is used to harden a photosensitive resin into a solid structure.

UV Tool 365 nm / 405 nm

UV Tool 365 nm

Dimensions (mm): 37.5 x 130.5 x 43.5
Wave lenght: UV 365 nm
Maximun intensity: 10 x 10⁴ µW/cm2

UV Tool 405 nm

Dimensions (mm): 37.5 x 130.5 x 43.5
Wave lenght: µUV 405 nm
Maximun intensity: 3 x 10⁴ uW/cm2

Auto Calibration

The auto calibration mode improves accuracy and reduces manual intervention, speeding up fabrication time.

Auto Calibration Module

Sensor Type: Ambient 250 ºC
Wave lenght: UV 365 nm
Maximun intensity: 10 x 10⁴ µW/cm2

They already tried it.

Instead of talking about the fantastic features of domoBIO.
Why don’ you see what users say about domoBIO?

TECNALIA has incorporated the domoBIO 4A 3D Bioprinter into its Bioprinting studies. The research centre uses this bioprinter for the manufacture of personalised implants, tissue engineering and regenerative medicine. The TECNALIA team has also used this Bioprinter in the fabrication of in vitro 3D models for the evaluation of drugs and the study of their cellular and molecular biology... read more

UC3M has incorporated the domoBIO 4A with the objective of boosting its performance when manipulating advanced materials and improving the study of graphene as a bactericidal application. UC3M also carries out nanotechnology and scientific materials research projects... read more

ProteinMat already uses DomoBIO technology to carry out the fabrication process of tissue scaffolds for cartilage and bone tissue regeneration using bioink containing mesenchymal stem cells and biomaterials...read more