IT3D GROUP_en

13/05/2026

Can a 3D model change the course of critical in just 24 hours?
Today, we’re highlighting a case that defines our mission at IT3D Group: our collaboration with Dr. Vicente Andrés Sala Almonacil at the Hospital Clínico Universitario de Valencia.

✅ The Challenge:

An 82-year-old patient in critical condition (cardiac arrest and anuria) presented with a severe Type IA endoleak and an aortocaval fistula. In cases of such extreme complexity, there is no room for improvisation. Precision is the only way forward.

✅ The IT3D Solution:

Leveraging our express additive manufacturing capabilities, we delivered a 3D-printed aortic anatomical model in PLA within 24 hours, using the IT3D HP300 Dual Mix printer.

✅ The Impact:

This model allowed the surgical team to:
• Perform a PMEG technique (physician-modified endovascular graft) on a Cook Tx2 endoprosthesis.
• Personalize the surgical approach using an exact replica of the patient’s anatomy.
• Ensure the total sealing of the leak and the patient’s stability.

✅ The Outcome:

A successful postoperative recovery with no leaks shown in follow-up scans and the stabilization of the patient's vital levels.

This case proves that Medical 3D Printing isn't the future—it’s the tool allowing surgeons today to win the battle against time and complexity.

Want to learn more about this case or 3D applications in medicine?
Contact our specialists through our website.

06/05/2026

Why are leading universities choosing DomoBIO?

Top-tier institutions such as The Hong Kong Polytechnic University - PolyU, The University of Sheffield, or the Universitat Politècnica de València UPV have already made the leap to this technology.

Research in regenerative medicine and materials science demands tools that don't limit scientific creativity. The key isn't just printing—it's the ability to integrate complex processes into a single, seamless workflow.

The allows for the integration of up to 4 independent heads, eliminating the need for multiple machines and optimizing lab space.
Integrated technologies include:

• Electrospinning
• Melt Electrowriting (MEW)
• Hydrogel Extrusion
• Heated Syringe Extrusion
• Pellet-based Manufacturing
• FDM/Filament Printing
• UV Photopolymerization

Explore the full capabilities of the DomoBIO 3D bioprinter here: https://it3d.com/en/fabrication-systems/

30/04/2026

Rheological Optimization: A Qualitative Leap in Pellet Extrusion.
For those of us already familiar with technology, we know the real challenge isn’t melting the material—it’s managing thermal degradation and flow consistency.

Want to learn more about this technology? Connect with our specialists at: https://it3d.com/en/3d-printers/pellet-filament/it3d-p300-pellet/

IT3D 300 printer series.

22/04/2026

The Foundation for Biomedical Research (FIB) at the Puerta de Hierro-Majadahonda University Hospital is strengthening its laboratory with the addition of our DOMOBIO 4A, a cutting-edge solution in multi-technology .

The installed equipment stands out for its 4 independent heads, which integrate ambient and heated syringes alongside MEW technology for micron-precision scaffolds, an auto-calibration system, and a refrigerated platform.

Last week, our Director of the Materials Science Department, Dr. Toni Iborra, successfully completed the technical training at the facility. We would like to extend a special thanks to Dr. Silvia Rosado and Juan Jiménez for their professionalism, interest, and excellent cooperation throughout the entire process.

It is a pleasure to collaborate with teams so committed to the future of medicine!

Learn more about DOMOBIO technology at: https://it3d.com/en/fabrication-systems/

04/03/2026

We are proud to announce that Eurecat, one of the largest research organizations in Europe, has incorporated the IT3D P300 Pellet printer into its innovation ecosystem.

With more than 750 professionals and a track record of serving over 2,000 companies, Eurecat is an undisputed leader in accelerating industrial innovation. The acquisition of the P300 Pellet will allow their researchers to experiment with cutting-edge advanced materials in pellet format, optimizing R&D processes and reducing risks in market technology transfer.

To support this new operational capability, our materials expert, Dr. Toni Iborra, conducted specialized technical training for the center’s experts, ensuring maximum performance from our direct pellet printing technology.

The decision by a center with 200 patents and an international presence to invest in IT3D Group technology reaffirms the value of -based additive manufacturing as the future industry standard.

We look forward to the new milestones in materials science that will emerge from this collaboration!

Explore the 3D printer acquired by Eurecat here: https://it3d.com/en/3d-printers/pellet-filament/it3d-p300-pellet/

09/02/2026

Rheological and Multi-material Optimization: IT3D HP300 Dual Mix
The NEW IT3D HP300 Dual Mix is more than just a ; it is a material characterization and testing platform that integrates pellet and filament extrusion into a single ecosystem.

✅ R&D Advantages of Hybrid 3D Printer Architecture:

• Multi-material Composite Development: Combine structural filament and functionalized pellets within the same part.
• Immediate Validation: Test custom formulations instantly without the need for re-extrusion or risking thermal degradation.
• Comparative Analysis: Evaluate how feed format impacts layer morphology and mechanical properties.

⚙️ Technical Specifications of the IT3D HP300 Dual Mix:

• Pellet Extruder (up to 300°C): Features a ceramic hotend and dual thermal control.
• Filament Extruder (up to 500°C): Designed for high-performance thermoplastics.
• Heated Chamber (up to 60°C): Controls crystallization and reduces residual stress.

Learn more about the IT3D HP300 Dual Mix: https://it3d.com/en/3d-printers/pellet-filament/it3d-hp300-dual-mix/

30/01/2026

PC-PTFE -- PA12 30% GF -- PA12 30% CF
Three examples of advanced materials validated with IT3D printers ✅
Are you exploring new frontiers in 3D printing with technical materials?

Industries demand solutions that combine technical precision, structural performance, and repeatability. For this reason, we continue to invest in 3D printing and we’ve added three more advanced materials to our extensive catalog of compounds validated with IT3D printers:

• PC-PTFE (Polycarbonate + PTFE)
Complex thermal behavior, but our high-precision extrusion and temperature control ensure excellent layer adhesion and zero degradation.

• PA12 30% GF (Nylon + 30% Glass Fiber)
High mechanical and thermal resistance. Fibers are perfectly aligned for stable and functional parts.

• PA12 30% CF (Nylon + 30% Carbon Fiber)
High stiffness and structural strength. Controlled deposition maintains fiber integrity and robust, uniform components.

🔗 Visit our website to discover more advanced materials validated by IT3D, and learn about the IT3D P300 Pellet printer that carried out the validation.

28/01/2026

🔴 Today is Cosmos Talks | Episode 01!
3D Precast Concrete Construction | Operation & Scalability in South America.
It will finally be on YouTube. All of you can access it through this link:

🗓️ Wednesday, January 28
⏰ 4:00 PM (CET) | 12:00 PM (BRT) | 10:00 AM (EST) | 8:30 PM (IST)
Join here: https://youtu.be/jU9SB4Cu-ew

Don’t miss it, and participate by sending your questions in the live chat.

Welcome to Cosmos Talks, our new live and free podcast series focused on the future of 3D construction innovation.In Episode 01, we tackle the operability, s...

15/01/2026

🔴 Official Launch: Cosmos Talks | Episode 01!
Is it possible to scale 3D construction internationally?
To kick off Podcast, our new live and free discussion series, we’ll explore the operability and scalability of 3D construction. We’re joined by a special guest who is pushing the boundaries of the industry in South America:

• Host: Daniel Ramírez – Architect & 3D Construction Specialist
• Special Guest: Daniel Katz – CEO of Katz Group & Co-CEO of Cosmos 3D

🎙️ Episode 01 Theme: Operation & Scalability in South America.
We’ll dive into the strategic insights, logistical challenges, and business opportunities of 3D precast concrete construction systems across South America.

📍 Event Details:
• Date: Wednesday, January 28
• Time: 4:00 PM (CET) | 12:00 PM (BRT) | 10:00 AM (EST) | 8:30 PM (IST)
• Language: English (A Spanish session will be held at a later date)
• Format: Live Zoom Session (limited spots)

Reserve your spot here: https://formacion.it3d.com/webinar/Cosmos-3D-Talks-3D-Precast-Concrete-Construction

Industry transformation requires vision—but above all, action. Don’t miss the chance to hear first-hand from the leaders driving the shift toward more efficient, sustainable, and scalable construction.

04/12/2025

Metallic Materials in 3D Printing | IT3D GROUP
Handling metallic has always been a focus of interest in industrial additive manufacturing. Today, we highlight the processing of stainless INOX 316, a material widely used for its high corrosion resistance and microstructural stability.

✅ Three key aspects of INOX 316 pellet printing using technology:

• Processing the material in its industrial state: The use of pellets avoids the thermal alterations associated with filament extrusion, preserving the composition and metallurgical behavior of INOX 316.

• Controlled sintering: The green part maintains a homogeneous material distribution, enabling the production of a fully stainless steel final piece with properties comparable to traditional manufacturing processes.

• Compatibility with industrial treatments: Sintered parts are suitable for machining, polishing, passivation, and heat treatments without compromising structural integrity.

With IT3D pellet extrusion printers, it is possible to manufacture high-performance parts and complex geometries in materials such as INOX 316 stainless steel, fully compatible with industrial post-processing treatments.

🔗 More information on this technology: https://it3d.com/en/3d-printers/pellet-filament/it3d-p300-pellet/

27/11/2025

3D Bioprinting as a Driver of Innovation in .
The multi-technology system enhances biomedical research, tissue engineering, and regenerative medicine. It enables the fabrication of highly precise, reproducible, and functional 3D structures with direct applications in the healthcare sector:

✅ Tissue Engineering and Regenerative Medicine
Production of biomimetic scaffolds with controlled microarchitectures for the regeneration of skin, cartilage, bone, and soft tissues, optimizing cell adhesion, proliferation, and differentiation.

✅ In Vitro Models and Organoids
Generation of functional tissues for preclinical assays, pharmacological studies, toxicology evaluations, and the simulation of complex tissue microenvironments.

✅ Personalized Medicine
Development of anatomically tailored implants, prosthetics, and surgical guides, improving clinical precision and tissue integration.

✅ Controlled Drug-Delivery Systems
Fabrication of three-dimensional structures and microfibers designed for localized and modulated release of therapeutic molecules and bioactive factors.

✅ Biocompatibility and Mechanobiology Assessment
Analysis of cell–material interactions and mechanical tissue responses using scaffolds with tunable topographies and stiffness.

📍 Learn more about DomoBIO and its applications at: https://it3d.com/en/fabrication-systems/