Multi-technology bioprinting platform for advanced research
A modular biomanufacturing system for universities, research centers, and laboratories that require the highest precision in tissue engineering.
Innovation in biomanufacturing since 2015
Developed by Domotek, the domoBIO platform is the result of years of experience in additive manufacturing applied to the healthcare sector. Our mission is to provide researchers with tools that eliminate technical barriers, allowing them to focus on what really matters: scientific discovery.
Each system is assembled according to rigorous quality standards, ensuring mechanical reliability that guarantees reproducible results in every clinical or experimental trial.
research,
multi-technology,
multi-material.
It combines multiple materials and scales within a single experimental process.
One platform. Multiple technologies
domoBIO integrates the leading advanced biomanufacturing technologies into a single system.
Solution-based electrospinning
Sol-Electrospinning Extruder
- Compatible volumes: 3.5 and 10 mL
- Maximum viscosity: 200 Pa·s
- Nozzle diameter: 14G – 27G Luer Lock
- Temperature range: up to 25 kV
Melt Electrowriting (MEW)
Melt Electrowriting Extruder
- Temperature range: ambient – 250 °C
- Compatible diameter: 0.5 mm
Syringe Extrusion
Syringe Extrusion
- Compatible volumes: 3.5 and 10 mL
- Maximum viscosity: 200 Pa·s
- Nozzle diameter: 14G – 27G Luer Lock
- Temperature range: ambient
Heated Syringe Extrusion
Heated Syringe Extrusion
- Compatible volumes: 3.5 and 10 mL
- Maximum viscosity: 200 Pa·s
- Nozzle diameter: 14G – 27G Luer Lock
- Temperature range: ambient – 60 °C
Pellet 3D Printing
Pellet Extruder
- Temperature range: ambient – 250 °C
- Compatible diameter: 0.5 – 5 mm
Filament 3D Printing
Filament Extruder
- Temperature range: ambient – 250 °C
- Nozzle diameter: 0.2 – 1 mm
- Compatible diameter: 1.75 mm
UV Head
UV Tool 365 nm / 405 nm
- Dimensions (mm): 37.5 x 130.5 x 43.5
- Wavelength: UV 365 nm
- Maximum intensity: 10 × 10⁴ µW/cm²
UV Tool 405 nm
- Dimensions (mm): 37.5 x 130.5 x 43.5
- Wavelength: UV 405 nm
- Maximum intensity: 3 × 10⁴ µW/cm²
Auto Calibration
Auto Calibration Module
- Sensor type: compatible with environments up to 250 °C
- Wavelength: UV 365 nm
- Maximum intensity: 10 × 10⁴ µW/cm²
Why choose domoBIO?
Reproducibility
Automated protocols to ensure that each print is identical to the previous one.
Flexibility
Compatible with a wide range of bio-inks and thermoplastic materials.
Time Savings
Drastically reduce setup time with plug-and-play print heads.
Modularity
Upgrade your system with new technologies without having to buy new equipment.
Real-Time Monitoring
Built-in cameras and thermal sensors for complete process control.
Scientific validation
Backed by research, publications, and collaboration with leading institutions.
Cutting-edge technologies
Bioimpresión por Extrusión
Nuestra tecnología de extrusión neumática y mecánica permite trabajar con biotintas de viscosidad variable, desde colágeno hasta hidrogeles sintéticos, manteniendo la viabilidad celular por encima del 95%.
- Control preciso de presión y temperatura.
- Jeringas calefactadas y refrigeradas.
- Autocalibrado de boquilla por sensor óptico.
- Ajuste dinámico de caudal de extrusión
- Compatibilidad con biotintas de alta viscosidad
- Deposición de materiales con alta viabilidad celular
Fabricación de nanofibras y microestructuras de precisión
- Matrices extracelulares (ECM) biomiméticas
- Andamios de alta porosidad controlada
- Microestructuras para regeneración tisular
- Electrospinning con control de alto voltaje (hasta 20 kV)
- MEW para deposición precisa de microfibras
- Control de morfología y alineación de fibras
Hybrid Fabrication and Functionalization of Materials
A combination of coaxial extrusion and UV photopolymerization for the creation of advanced structures with optimized biological and mechanical functionality.
- Vascular Structures (Nucleus–Cortex)
- Encapsulación de células y biomoléculas
- Photosensitive Materials and Controlled Crosslinking
- Coaxial Extrusion for Hollow Fibers and Internal Channels
- UV photopolymerization (365 / 405 nm) integrated into the process
- In-situ Control of Gelation and Solidification
System Settings
Adapted to different research environments
Cell Viability: A Focus on Living Cells
Focused on bioprinting with live cells, bioinks, and hydrogels. A laboratory environment optimized to preserve cell viability throughout the entire process.
Advanced Materials and Polymers
The domoBIO is placed inside the temperature- and humidity-controlled chamber to manufacture advanced materials and engineering polymers.
Areas of Application
Cross-cutting solutions for the future of medicine.
Tissue Engineering
Development of bioactive scaffolds for bone, cartilage, and skin regeneration.
Drug Discovery
3D models for drug testing that reduce reliance on animal models.
Organ-on-a-chip
Integration of microfluidic channels using multilayer precision printing.
Biomaterials
Characterization and development of new biocompatible polymers.
Oncology
3D tumor modeling for studies of invasion and metastasis.
Food Biotechnology
Research on cultured meat and new food textures
Interchangeable printing platforms
domoBIO incorporates an ecosystem of interchangeable platforms that allows the manufacturing process to be adapted to bio-inks, hydrogels, advanced polymers, or electrospun structures.
A temperature-controlled surface designed to keep bioinks and hydrogels within their optimal temperature range.
- Temperature Control from 5 to 55 °C
- Compatible with Petri dishes, microscope slides, and microtiter plates.
- Ideal for bioprinting with living cells.
Rotary collector system for electrospinning processes.
- Continuous film-based manufacturing.
- Production of tubular and cylindrical structures.
- Adjustable speed for different applications.
A conductive surface specifically developed for Melt Electrowriting (MEW).
- An orderly arrangement of microfibers.
- High precision and repeatability.
- Ideal for tissue engineering and advanced scaffolds.
Designed for technical materials and polymers that require high temperatures.
- Operating temperature up to 120 °C.
- Manufacturing with advanced thermoplastics.
- Maximum thermal stability.
domoSLICER: total control
Our proprietary software, designed specifically for multi-technology biomanufacturing workflows.
Technology Configuration
Preconfigured profiles for each type of head and material.
Material Control
Real-time adjustment of flow rates and dynamic pressures.
CURA/G-code Compatibility
Open to industry standards for maximum flexibility in experimentation.
Modular platform with interchangeable heads
The domoBIO ecosystem grows with your research. Our interchangeable head system allows you to configure the equipment in seconds for different tasks.
Syringe Extrusion
Coaxial
Electrospinning
FDM standard
Granules
UV Module
Thermal fusion
MEW Head
Scientific validation
Would you like to use domoBIO in your project?
Our technical specialists are available to provide personalized consulting and show you how our technology can accelerate your research.
They've already tried it
Instead of talking about domoBIO’s fantastic features,
why not see what users have to say about domoBIO?
Technical Specifications
Overall dimensions: 370 × 480 × 470 mm
Weight: 20 kg
Print heads: 230V AC, 50Hz
Build volume: 130 × 130 × 100 mm
Resolution: X·Y 0.0125 · Z 0.0001 mm
Power supply: 230 V AC · 50 Hz · 22 W
Connectivity: Ethernet · Web · Email alerts
Interface: Touchscreen · Cura · domoSLICER · .gcode