SharePlusSharePlus
More ▼

Tag: 3d-printing

Sciencebiotech

Soybean Waste Converted Into 3D-Printable Skin Repair Material

Recent scientific exploration has highlighted the potential of transforming okara, a common byproduct of tofu and soy milk production, into an innovative bioactive and biodegradable substance. This residue, typically discarded or used as low-value animal feed, can now be processed into a specialized material suitable for 3D printing. Researchers envision this development playing a crucial role in future medical treatments, specifically for skin protection and regenerative healing. By finding high-value applications for industrial food waste, this breakthrough bridges the gap between sustainable manufacturing and advanced biomedical engineering.

Sciencebiotech

3D-printed inserts enable new light sheet microscopy method

Researchers at Rice University have developed a novel method utilizing 3D-printed inserts to adapt single-objective light sheet microscopy for standard commercial sample chambers. This advancement allows biologists to achieve high-contrast imaging while minimizing photodamage and photobleaching in biological samples. Published in Nano Letters, the technique by Anna-Karin Gustavsson expands the accessibility and usability of advanced light sheet microscopy. By working within existing commercial hardware, it bridges the gap between specialized custom setups and routine laboratory workflows.

Testing the 3D Printed Airless Basketball
Technologygadgets

Testing the 3D Printed Airless Basketball

Tech reviewer Marques Brownlee tests a revolutionary 3D-printed airless basketball. Developed by Wilson, this prototype replaces traditional pressurized bladders with a lattice structure. The ball maintains the bounce and feel of a standard basketball without needing to be inflated. It represents a significant shift in sports equipment manufacturing through additive manufacturing.