3D Technologies

3D printing has revolutionized many industries thanks to its ability to create complex, customized geometries using a variety of materials. Among these, ceramics have emerged as a very attractive option due to their properties (high wear resistance, thermal stability, corrosion…

According to a report by MarketsandMarkets, the polymer 3D printing market is growing, with a calculated value of $1.7 billion in 2023 and an estimated $4.4 billion by 2028. Among the most widely used thermoplastics in the manufacturing industry is…

While metal additive manufacturing seems to be ever-expanding, the market still faces a number of challenges, particularly when it comes to producing and repairing large-format parts. The solutions available on the market are often unreliable, and the parts produced are…

What if you could glue plastic to wood without adhesives or chemicals? That’s the goal of a team of researchers from Graz University of Technology in Austria. They used additive manufacturing to deposit different materials on wood, layer by layer,…

Multicolor FDM 3D printing has gained in popularity thanks to innovative systems such as Bambu Lab’s AMS, which paved the way for a new generation of machines capable of handling multiple filaments simultaneously. This system, which quickly inspired other manufacturers…

Additive manufacturing is often seen as a greener alternative to traditional manufacturing methods and mass production, which generates high emissions. One reason for this is that 3D printing only adds materials where they are actually needed, thus reducing waste. Although…

3D printing has seen a lot of success on Kickstarter, with notable examples including the likes of Formlabs and Bambu Lab. These projects have demonstrated the platform’s potential to fund innovations, propel them forward and bring them to fruition. Now,…

In modern manufacturing, a variety of production technologies cater to different requirements. And two of the most popular are undoubtedly injection molding and additive manufacturing. Both processes offer unique advantages and can complement each other. To gain a deeper understanding,…

When it comes to 3D printing, many users find themselves facing a choice of either a high resolution or a high speed. It is indeed challenging to reconcile both without compromising. Printing nozzles with a small diameter enable intricate details…

The collaboration between Makino and the Fraunhofer Institute for Laser Technology ILT has yielded a significant advancement in additive manufacturing: EHLA3D. This process, resulting from the integration of high-speed laser cladding technology with advanced five-axis CNC machinery, is transforming the…

Metal additive manufacturing brings its share of benefits to the industry, with several processes, all of which are suited for different needs and constraints, falling under its umbrella. While powder-based processes are mainly favored by professionals, others are gaining ground.…

3D scanning is a non-contact, non-destructive process used to capture the shape and dimensions of real objects or environments. Utilizing lasers and cameras, this technology collects detailed data that can be transformed into high-precision 3D models for a variety of…