The researchers started with a water-based solution containing tiny micron-scale copper particles.
The metallic gel, which retains its form after printing, can be successfully produced using a standard 3D printing nozzle. A 3D printing nozzle is the component responsible for precisely depositing the gel material layer by layer to create the desired object.. This is the process of letting the 3D-printed object sit or rest after the printing. During this time, the material undergoes chemical or physical changes that enhance its properties, such as solidification, hardening, or bonding.
The team found that when their printed object was left to cure at room temperature, it maintained its shape and further solidified.When subjected to heat during the drying process, the team discovered that the alignment of the particles within the material affects how it dries. Controlling the printing pattern and the amount of heat exposure during this phase makes it possible to intentionally alter the object's shape after it is printed, allowing for a four-dimensional printing concept involving the traditional three dimensions plus time.
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