Where the Future Takes Shape DEVICES AND TECHNOLOGIES CATALOG Humanitas University – Pieve Emanuele (MI)
 Established in 2024

The 3D Innovation Lab, based in the Roberto Rocca Innovation Building at Humanitas University, is a collaborative hub where clinical expertise, scientific research, and academic training converge through the use of advanced 3D printing technologies. Our mission is to translate scientific discoveries into tangible medical solutions, fostering innovation at the intersection of healthcare and technology. Led by Eng. Paolo Oliva, Head of Research Technology, our multidisciplinary team includes biomedical and materials engineers, researchers, and tissue engineering specialists. Together, we drive...

Advanced Research, Biofabrication About the 3D Innovation Laband Sustainable Development The 3D Innovation Lab features a fully equipped wet lab dedicated to cell printing, scaffold development, and biofabrication, enabling the creation of advanced biological models and tissue-mimicking structures. All our activities are governed by a rigorous quality and sustainability framework. Our workflows are aligned with Humanitas' ESG strategy and certified under ISO 13485 (Medical Devices) and ISO 14001 standards. Tissue Engineering & Scaffold Design We develop multi-material, multi-scale scaffolds that...

We design and build custom mechatronic systems, like the bioreactor for organoid growth in-house, reducing emissions linked to external sourcing and enabling longer product lifespans. We collaborate with internal and external research groups (e.g. Lodato, Piscuoglio) to translate biological insights into physical tools, optimizing materials and reducing unnecessary resource use. Our processes contribute to a more sustainable workflow in healthcare, including: • In-house production, with lower transport emissions • Modular, long-lasting bioreactors • Experimental projects in plastic recycling...

Patient-Specific Anatomical Models Custom 3D-printed models from diagnostic imaging enhance surgical planning and safety, enabling clinicians to discuss complex cases, reducing clinical risk. Custom Cutting Guides Supported by our ISO 13485 certification, we design and manufacture medical devices tailored to support surgical precision. High-Fidelity Training Phantoms Our durable, multi-material phantoms support repetitive use in simulation, improving the learning curve for clinicians and students. Bioengineered Structures and Organoids We develop scaffolds, such as vascular constructs that mimic...

TECHNOLOGICAL ASSETS

FDM is the most versatile technology for producing robust, functional parts using industrial-grade thermoplastics. It is ideal for large-scale anatomical models, surgical jigs, and durable prototypes capable of withstanding mechanical stress and high temperatures. High Durability Advanced Materials Large Format Prusa MINI+

SLA technology uses a laser to cure liquid resin into hardened plastic, offering the highest level of surface finish and precision. It is the gold standard for creating biocompatible surgical guides, clear anatomical models, and intricate micro-structures.

PolyJet Technology PolyJet is the premier technology for medical realism. By jetting tiny droplets of multiple materials simultaneously, it creates models that look, feel, and behave like real human tissue, mixing colors and varying hardness in a single print. Biomechanics Simulation Full Color Hybrid Models Stratasys J850 Digital Anatomy

Biofabrication & Bioprinting Cutting-edge biofabrication technology designed to engineer complex 3D tissue constructs. By combining multiple deposition techniques on a single platform, it enables the precise creation of scaffolds at both the micro and nano scale. Hybrid Technology Multiscale Architecture Advanced Material Processing

Material Characterization A complete suite for the rigorous mechanical and rheological analysis of soft tissues and biomaterials. This platform ensures precise characterization of stiffness, viscoelasticity, and hardness under physiological conditions. Physiological Simulation Nanometer Resolution NonDestructive Testing

A seamless digital ecosystem bridging the gap between patient imaging and physical models. This workflow integrates non-contact 3D scanning, certified medical segmentation software, and immersive virtual reality for total pre-operative control. MEDICAL IMMERSIVE CONTACTLESS SEGMENTATION PLANNING ACQUISITION Materialise Mimics Core

Dedicated to the circular economy within the lab environment. This technology transforms plastic waste into high-quality raw materials, enabling sustainable prototyping and reducing the environmental footprint of additive manufacturing. CIRCULAR CUSTOM INTERNAL ECONOMY MATERIALS PRODUCTION

Breast Phantom A high-fidelity 3D printed breast model featuring realistic glandular and adipose tissue, blood vessels, ribcage, and external anatomical structures. Key Features: Clinical Applications: Realistic glandular and adipose tissue Embedded blood vessels and ribcage Compatible with ultrasound, MRI, and simulation tools Pre-operative training in breast surgery Biopsy practice and lesion targeting Medical imaging education Enhances realism in hands-on training Improves learning outcomes Reduces surgical errors in real procedures

ColonPhantom A 3D printed colon model with internal texture and pathology replication, designed for endoscopic training and Al validation. • Realistic replication of internal colon texture • Integrated common pathologies (e.g. polyps, lesions) • Compatible with standard endoscopy equipment • Training in diagnostic colonoscopy • Simulation of lesion detection and biopsy • Development and testing of Al-assisted diagnostics • Increases operator confidence and accuracy • Supports Al dataset generation • Reusable and adaptable for multiple procedures

StomachPhantom High-fidelity, pluri-pathological, and injectable anatomical model for realistic endoscopic simulation and Al diagnostic validation. • Injectable Performance • Diverse Pathologies • Extended Durability • Endoscopic Training • Injection Procedures • Anatomical Realism • Versatile Training