Medical

Advanced polymer engineering and 3D printing technology power SelfWrap, VenoStent’s breakthrough vascular implant.

Recycling technologies vary widely depending on feedstock quality and target performance. Selecting the right pathway determines whether circularity delivers real value or compromises material performance.

As regulators, NGOs, and manufacturers dispute recycled-content rules, mass balance has become a credibility test for circular plastics claims.

Monolithic 3D printing with bio-based resins enables origami-inspired soft robotics without assembly, combining sustainability and design complexity.

Recycled polymers cost 10–20% more than virgin resin, but policy mandates, corporate commitments, and new sorting technologies are reshaping the circular plastics market.

New research shows polycarbonate from bioprocessing devices can be recycled, challenging circularity limits in healthcare plastics.

Advanced printing technologies from CubiCure and Supernova are redefining additive manufacturing with high‑viscosity photopolymer resins.

Engineers leverage thermotropic LCE phase transitions to power prosthetics, overcoming rigid motor constraints with flexible actuation.

Engineers leverage MXene/MWCNT dual-conductive percolation to solve cyclic fatigue in self-healing Triboelectric Nanogenerators (TENGs).

Smart hydrogels for localized drug delivery have evolved from passive matrices to mechanically programmable polymer networks.