IT3D | Advanced Fabrication Technologies

It is a pleasure for IT3D Group to be part of the #KRIOPLAS project, led by #AIMPLAS, Plastic Technology Centre. This project focuses on the micronization of #thermoplastics and #elastomers to obtain fine and ultrafine thermoplastic materials for applications in areas such as mechanochemistry, SLS additive manufacturing, and rotational molding, among other high-value-added sectors. At IT3D Group, we reaffirm our commitment to the research and development sector, leveraging the disruptive potential of IT3D solutions to explore new frontiers in advanced applications. Would you like to discover the possibilities of our 3D technology? Contact our specialists through our website: 🌐 www.it3d.com/en/ #Innovation #Research #AdditiveManufacturing #IT3DGroup AIMPLAS · Instituto Tecnológico del Plástico

We’re starting the year with exciting news! As official distributors of TUMAKER technology, we are thrilled to present the latest in 3D printing. The new generation of Tumaker Modular 3D printers features 100% modular and interchangeable #pellet and #filament heads, offering unparalleled flexibility and performance. Want to know more about these new modular 3D printers? Visit the IT3D Group website or contact our specialists for more details. 🌐: https://lnkd.in/d_ubxJNQ 📩: info@it3d.com #IT3D #innovation #research #additivemanufacturing

On behalf of the entire #IT3DGROUP team, we wish you a Merry Christmas and a 2025 filled with personal and professional success. Thanks to your trust and the enthusiasm we share for innovation, we continue to grow together, moving towards a more efficient, sustainable, and connected future. This year has been truly special: we have undertaken exciting projects like Cosmos 3D, which not only represents a technological milestone but also marks the beginning of a new branch in our portfolio of sustainable solutions. 2025 promises to bring new challenges, cutting-edge technologies, and the same passion for transforming the world through innovation. IT3D Group is all of you. With your ambition and support, we are building something greater every day. Thank you for being by our side on this journey. This is just the beginning. www.it3d.com/en/ 🎄🎁 #MerryChristmas #Happy2025

The multi-technology #DomoBIO system integrates Sequential Deposition as a key feature for printing complex biological structures. This technique provides absolute control over the layer-by-layer deposition of biomimetic materials, achieving unparalleled precision and maximising cell viability—critical aspects for #regenerativemedicine and #tissueengineering. Unlike conventional methods, this technology enables the integration of diverse materials (such as hydrogels, bioinks, filaments, among others) and parameters like structural alignment, composition gradients, and geometric design at micro- and nanoscale levels. This facilitates the development of functional tissues with high reproducibility, essential for translational applications in biomedicine. The DomoBIO system not only optimises #SequentialDeposition but also integrates multiple advanced techniques, including electrospinning and electrowriting for the fabrication of ultra-fine fibrous scaffolds; processing of hydrogels, pellets, and filaments for customised applications; and UV curing for precise real-time solidification. Discover how to tailor the DomoBIO system to meet your scientific needs and explore its applications here: https://lnkd.in/dEwvzUrQ #Innovation #Research #Biofabrication #Biotechnology

Today, we have had the pleasure of welcoming Sajesh Babu to our stand at Formnext as the representative of PRECISE GROUP, Tumaker's Official Partner in the United Arab Emirates (UAE). Collaborating with such a significant international company strengthens our shared vision of taking innovation and technology to the next level. Thank you for visiting us and for this valuable partnership! 📍 We are still at stand E58 in Hall 11.1, where we are showcasing our new modular #3Dprinters. These innovative machines, featuring interchangeable pellet and filament heads, are designed to revolutionise versatility and efficiency in additive manufacturing. Come and discover them until the 22nd of November at Formnext. www.tumaker.com #Formnext2024 #Tumaker #PreciseGroup #AdditiveManufacturing #Innovation #3DPrinting

How #pellet advanced technology is transforming scientific research? The pellet 3D printers distributed by IT3D have marked a turning point in scientific innovation. Discover some of the key advantages of this technology. 🔹 Extensive Material Versatility: Pellet technology provides researchers with unprecedented flexibility to work with advanced #materials, from bioabsorbable options to conductive elements. The possibilities for creating unique, tailored models are endless. 🔹 Complete Customisation: 3D printing with pellets enables total #customisation in prototype design, allowing scientists to create bespoke solutions with a wide range of materials. 🔹 Superior Precision: 3D printing with pellets achieves a level of #accuracy that makes a real difference in detailed prototypes and models. In fields like biomedicine and engineering, where every detail counts, this technology offers revolutionary accuracy. 🔹 From Theory to #Practice: Pellet-based 3D printing brings theoretical concepts to life, helping scientists and students better understand complex ideas by turning abstract concepts into tangible objects. 🔹 Rapid Development Cycle: In research, fast iteration capability is essential. Pellet-based 3D printing accelerates the #development of prototypes and modifications, promoting continuous innovation and scientific advancement. From medicine to space exploration, pellet 3D printing is driving a radical shift in research and development. Discover more about this revolution on our website: www.it3d.com #Research #Innovation #3Dprinting #Pellets #Technology #3Dprinter

Revolutionising 3D Printing with High-Tech Materials | IT3D Group The technology of #pellets opens up new possibilities with advanced materials. In this aspect we can highlight our work with the innovative Al2O3-enriched thermoplastic material developed by Colfeed4print. This material features a high concentration of #alumina nanoparticles, enabling the creation of parts with superior mechanical, thermal, and chemical resistance, as well as dimensional stability and biocompatibility. Thanks to our 3D printers equipped with pellet extruders, complex designs can be transformed into 100% alumina components through a subsequent #sintering process. This approach allows for projects that would be impossible with conventional technologies, maximising customisation possibilities, reducing time and costs, and promoting a more sustainable approach to additive manufacturing. Our team of specialists also offers a fully tailored material validation service to meet your needs. Contact us at info@it3d.com to explore how our technology can transform your next project. 🌐 Learn more: www.it3d.com #3DPrinting #AdditiveManufacturing #AdvancedMaterials #Innovation #Sustainability

Have you heard about the #electrospinning technology integrated into the DomoBIO bioprinter? | #Bioprinting is paving the way as a cutting-edge technology in tissue engineering and regenerative medicine, and DomoBIO is at the forefront, incorporating the latest innovations in the field. Electrospinning is a unique process that applies an electric field to stretch and propel a liquid #polymer through a charged needle. This results in a continuous flow of ultra-thin fibres that deposit onto a surface, forming a three-dimensional mesh or scaffold. A key advantage of electrospinning for bioprinting lies in its capability to produce fibrous structures with a high surface-to-volume ratio and a porous architecture, closely resembling native tissues. These features are crucial for cell growth, supporting nutrient diffusion and waste removal, and thus effectively simulating the biological environment. With the customised DomoBIO 3D #bioprinter, this technology is now integrated into a versatile, multi-material platform, designed to meet the diverse challenges of modern bioprinting. Explore this and more advanced technological solutions on our website, or reach out to our specialists for more details: https://lnkd.in/dEwvzUrQ #InnovationInHealthcare #TissueEngineering #RegenerativeMedicine #3DPrinting #Research #Innovation

The Importance of DomoBIO in Scientific #Research | IT3D The DomoBIO 3D bioprinter is a key tool for research centres in #biotechnology and regenerative medicine, offering unique capabilities that are transforming the development of biomaterials and complex structures. 🔹 Advanced Technologies: With #Electrospinning and Melt #Electrowriting, DomoBIO enables the creation of nano and microfibre structures that replicate the microarchitecture of biological tissues, which is crucial for tissue engineering. 🔹 Versatile Biomaterials: The extrusion of #hydrogels and thermoplastic polymers facilitates the fabrication of 3D organ models and controlled drug delivery systems, optimising the development of personalised therapies. 🔹 Wide Range of Applications: Thanks to its #pellet and #filament heads, DomoBIO supports biodegradable biomaterials, promoting the creation of customised medical devices. 🔹 Precise Curing: Its ultraviolet light (#UV) curing system ensures structural integrity and biocompatibility, which is essential for implants and tissue scaffolds. In summary, the DomoBIO 3D system is a catalyst for scientific innovation, opening new possibilities in tissue regeneration and disease treatment. Discover this technology at: https://lnkd.in/dEwvzUrQ and consult our specialists for any queries you may have. #Bioprinting #ScientificResearch #TissueEngineering #DomoBIO

Would you like to find out if your advanced #material is suitable for 3D printing manufacturing processes? At IT3D, our team of specialists offers a technical #validation service to assess the properties and behaviour of your material in 3D applications. 3D printing has firmly established itself as a key technology in scientific #research worldwide, noted for its capability to handle and process materials without the need for thermal or chemical treatments that might compromise their physicochemical properties. This approach marks a significant step forward in advanced manufacturing methods. At IT3D, we make use of cutting-edge technology to carry out a comprehensive analysis of your material. Our study includes a detailed technical report that outlines its feasibility and highlights opportunities for optimisation, aiming to achieve efficient and precise 3D printing. We encourage you to visit our website and get in touch with our team of experts to request a thorough evaluation of your material: https://lnkd.in/dcYnWiR4 #AdvancedManufacturing #Pellets #3DPrinting #MaterialScience #Innovation #3D