BioFabX is a low-cost DLP bioprinter enabling precise multi-material printing with minimal contamination, enhancing accessibility and functionality.

From spare parts to custom bike lugs, my 3D printing journey revolutionizes manufacturing with personalized, efficient, and sustainable solutions.

Design of a transition layer with functional gradient for stress reduction in 4D-printed wood-based biocomposites

FLIPoQ´s in-house upcycling process is a revolutionary approach to the internal upcycling of SLS waste powder in FDM 3D printing

This project demonstrates the potential of the approach to engineer personalized organs, printed with patients own constructs.

PIONEER OF THE DECADE

Jurystatement:
"The bio-printed heart marks a turning point in tissue engineering and personalized medicine.
With the integration of stem cells and complex biomimetic structures, this research demonstrates how additive manufacturing can go far beyond prototyping - towards creating functional, life-saving, personalized organs.
The potential to produce hearts with vascular systems through 3D printing offers hope for addressing the global organ shortage.

But the innovation doesn't stop there:
Their work also explores co-printing electronics inside engineered organs to control and regenerate their function, for example.
Furthermore from their ranks also comes printed meat which paves the way for sustainable food alternatives.

The DVIR Lab team is an innovation hub shaping a future where technology and human needs converge.
This is pioneering work in the truest sense—visionary, disruptive, and deeply human."

Prize: 3DPC Trophy by Materialise, Ross Lovegrove, Hyperganic

Multimaterial Direct-to-textile 3D printing to create 3D-printed jackets, custom fit, less waste. Necklaces with WiFi-controlled lighting.

Symphony performed by the Berliner Philharmoniker reimagined as a 3D printed sculpture for IFA 2024, this venture transcends traditional boundaries.

Biobased materials and bioinspired 4D-printing enable building facades to autonomously provide shading without relying on electrical operating energy.

A modular bag where soft TPU meets spiky design. Fully repairable, endlessly reconfigurable, and designed for circularity—fashion that evolves.

Willowprint revolutionizes construction with large-scale 3D printing using biodegradable wood paste, enabling sustainable and circular architecture.

The forms are born from an exploration of aerodynamics & organic growth, shapes from fluid motion, cellular structures & evolutionary processes.

THE ROE RESTAURANT: Where dining meets nature /
ALTOSTRATA: A 3D-printed parametric pavilon /
THE ROOF GARDENS LIFT: Elevating urban elegance

Noyron, the "first AI that builds machines" autonomously designs 3D-printed rocket engines which were successfully tested.

Innovative bi-liquid rocket engine with AM /
Design algorithms reducing manual design effort, improving economic and ecological aspects

Ultra-light drone, made from components joined with CFIP, features an optimized design for efficiency, cost-effectiveness, and high-demand application

The GLAMS Project aims to create structural elements for the construction of lunar bases through 3D printing of lunar soils.

PARTBOX is an on-demand 3D printing solution that replaces storage, produces parts as needed, and ensures original quality.

PRINT A DRINK is the world´s first 3D printing technology for drinkable liquids.

The collection features 5 looks, made using all possible 3D-printed technologies available for printing fashion FDM, Polyjet, Multi Jet Fusion, SLA

BMW Group leveraged MX3D´s WAAM technology to print a lightweight suspension strut support. Vehicle trials with this technology will run from 2025.

Multi-material additive manufacturing automates high-end denture production—cutting costs, boosting access, and paving the way for future innovations.

Royal3D has developed a new generation aquatic drone which is capable of navigating autonomously, using AI for a 6 hour time period.

Embedded magnetic fluids enabling magnetically editable displays / Reusing Electronic Components through detachable 3D Printed Housings.

We have developed the MATTISSE bioprosthesis, a 3D-printed bioresorbable tissue engineering chamber for women breast reconstruction after cancer.

Additively manufactured e-bike with an elastic rear frame, modular platform, and smart technology for maximum urban flexibility.