The invention presents a low-cost, solvent-assisted additive manufacturing process for high-temperature polymer materials (HTPM), specifically Polyetheretherketone (PEEK) and its composites.

This innovation gives an electroless coating method for molybdenum-based alloys, specifically Titanium-Zirconium-Molybdenum (TZM) alloy, enabling the deposition of an oxidation and high temperature resistant Ni-B coating.

This innovation relates to a method for manufacturing a lightweight piston from a metallic sheet to improve fuel efficiency in internal combustion engines.

The invention presents an MXene composite nanosheet designed to overcome the limitations of traditional MXenes, such as poor durability and biocompatibility.

This innovation relates to a method and system for hot gas micro forming of thin metallic sheets, specifically designed to produce miniature metal parts with high precision.

The invention provides a novel nail enamel composition with photoactivated antibacterial and antifungal properties to treat onychomycosis.

This innovation provides a method for manufacturing a lightweight and high strength Connecting Rod (CR) using sheet metal forming techniques.

This invention relates to a compact rod/pipe cutter featuring a triangular frame with one hinged, one collapsible limb connected to a handle design that delivers high mechanical advantage using fewer, simpler components.

This invention relates in general to a process for the treatment of forging metal oxide scale waste.

This invention provides cellular nanovesicles as theranostic agents, combining imaging and therapy into a single system.