Our exploration of scientific advancements made possible by the Sharebot Snowwhite2 SLS 3D printer takes us to a fascinating study: “Monotonic and cyclic compressive performance of self-monitoring MWCNT/PA12 cellular composites manufactured by selective laser sintering“. In this piece, we’ll break down the core problem this research aimed to solve and the key discoveries they made. […]
Welcome back to our series showcasing the incredible influence of the Snowwhite SLS 3D printer on scientific progress! Our focus today is on a paper titled “Separating critical elements from a NdFeB magnet with aminophosphonic acid functionalised 3D printed filters and their detailed structural characterisation with X-ray tomography.” To make sure everyone can understand this […]
This study demonstrates a novel SLS 3D printing method using the Sharebot Snowwhite2 that enables the direct, single-step creation of personalized, multi-layered drug tablets with precise dosing and potentially improved drug dissolution, bypassing the need for traditional powder blending.
Using the Sharebot Snowwhite2 Selective Laser Sintering (SLS) 3D printer, this study successfully developed a novel method to produce precisely aligned bilayer tablets containing two different drugs, demonstrating the feasibility of creating advanced multi-material drug delivery systems.
In this installment of our series showcasing the impact of the Snowwhite SLS 3D printer on scientific advancement, we’re focusing on the paper “Understanding the mechanisms of gold(III) adsorption onto additively manufactured polyamide adsorbent, AM-N12“. We’ll kick things off by breaking down the study’s purpose and its key outcomes in plain language, ensuring everyone can […]
Recovery of rare earth elements from mining wastewater with aminomethylphosphonic acid functionalized 3D-printed filters
CO2 laser-based SLS technologies, such as the Snowwhite2 and Snowwhite2-HT models, outperform diode-based systems in thermoplastic processing. A wavelength of 10.6 µm enables optimal absorption of materials such as PA12, PA11, TPU, and PP, ensuring more effective melting and fusion. This results in the production of parts characterized by high density, improved mechanical properties, and a superior surface finish.
One of SnowWhite2’s most innovative features is the ability to change the powder distribution system, a crucial factor for optimizing printing processes and expanding research possibilities. Depending on research and development needs, users can choose from several interchangeable distributors