Welcome to EATELabs, your partner for EHD printing solutions and cutting-edge laboratory equipment. We design high-precision material deposition systems for research, industry, and advanced prototyping in photonics and electronics. Join us on this journey of innovation and technological excellence.
Key information
EATELabs specializes in providing state-of-the-art laboratory equipment and cutting-edge electrohydrodynamic (EHD) printing and dispensing systems. Our solutions are designed for high-precision material deposition, including conductive inks, resins, and polymer coatings used in research, industry, and advanced prototyping for photonics and electronics.
Combines the best of inkjet and direct writing technologies: Handles both highly fluid inks (<30 cP) and thick pastes. Capable of processing high-viscosity fluids (exceeding 10 000 cP) and depositing them with micrometer-scale precision.
No cleanroom required: Reduces reliance on highly controlled environments; prototype devices directly on your laboratory bench.
Rapid prototyping iteration: Go from CAD design to physical component in minutes. Validate concepts for waveguides, biomedical sensors, or metamaterials within short cycles.
Minimal material waste: Deposits precise amounts via micro-droplets, eliminating material waste.
Open Materials Platform (Open-Source Rheology): Compatible with a wide range of substrates and materials, whether high- or low-viscosity.
Our specialized services
We offer a range of services designed to meet the specific needs of our clients. From the design and manufacture of custom laboratory equipment to the optimization of EHD printing processes, our focus is on providing innovative, high-quality solutions.
EHD Technology:
Resolution: much denser and more compact circuits. EHD achieves resolutions of less than 5 µm.
No clogged nozzles: reduce maintenance times. EHD controls droplet size electrically, resulting in a size much smaller than the physical nozzle itself.
Uniform material deposition: Uses higher-density inks and prevents printed components from becoming thinner in the center
A contact-free process: avoid damage to surfaces or underlying layers. EHD operates safely at a distance with soft materials, biological samples, or fragile semiconductors.
Dispense/Print Materials:
Conductive inks: silver [Ag], copper [Cu], and gold [Au].
Polymers: Conductive and non-conductive (PEDOT, PAA, PEO, PMMA, PDMS) for flexible electronics, dielectrics, and photosensitive resins (SU-8).
Substrates:
Classic Rigid: Excellent adhesion to glass, ceramics, and metals.
Flexible and Elastic: Suitable for patterning on polymer films (PET, PMMA, PDMS).
Complex Surfaces (3D): Can be deposited with millimeter-scale precision onto curved or corrugated surfaces.
Organic Materials: Suitable for biological substrates, such as hydrogels or cellular tissues.
Contact us,
Location
Pamplona, Spain