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Top 5 Videos: Wood 3D Printing by Saint-Honoré-Paris

Welcome to our compilation of this week’s most compelling 3D printing highlights. This week’s edition kicks off with our very own video, focusing on Saint-Honoré-Paris and how it is using wood 3D printing for window displays and mannequins. Next up,…

Top 5 Videos: Wood 3D Printing by Saint-Honoré-Paris
3Dnatives

Welcome to our compilation of this week’s most compelling 3D printing highlights. This week’s edition kicks off with our very own video, focusing on Saint-Honoré-Paris and how it is using wood 3D printing for window displays and mannequins. Next up, NASA highlights some significant yet very recent 3D printing accomplishments in space. Moving forward, the GeForce channel documents their ambitious project of 3D printing a surfboard using a basic Prusa MK3 printer and recycled PETG filament. Next, Mike from “Need It Make It” conducts a comprehensive test of various 3D printed connections to determine their overall strength and durability. And finally, we finish this week with another video from the 3Dnatives team, as Elliot conducts an in-depth review of the new Adventurer 5M Pro from Flashforge. Let’s get started!

Top 1: Wood 3D Printing by Saint-Honoré-Paris

First, we present our very own video, focusing on Saint-Honoré-Paris. The company is leading a revolution in luxury retail with its innovative use of wood 3D printing technology to create stunning window displays and mannequins. In this insightful interview with CEO Geoffrey Delpy, we discover how the French company integrates sustainable practices by using wood harvested from its own forests and processed into bio-based PLA.

Top 2: NASA Update: 3D Printing Achievements in Space

Next up, NASA highlights some recent 3D printing milestones achieved aboard the ISS. Specifically, the Redwire Cardiac Bioprinting investigation achieved a significant breakthrough by successfully 3D printing cardiac tissue in microgravity conditions. Additionally, the European Space Agency (ESA) demonstrated metal 3D printing capabilities in the Columbus laboratory module, marking a significant step forward in advancing additive manufacturing techniques aboard the orbiting laboratory.