System for chemical transformation of 3D state materials

A system for chemical transformation of 3D (three-dimensional) state materials, comprising:

• a gas supply group configured to release a first gas into a sealed reaction chamber, and
• a reaction group comprising
• a main body and a top component configured to be inserted into and extracted from the main body in a sealable manner thereby defining the sealed reaction chamber upon the top component being inserted into and locked to said main body, said main body comprising at least one component configured to support one or more 3D samples arranged within said sealed reaction chamber to be chemically transformed,
• an oven configured to receive the main body and configured to heat at predetermined temperatures the sealed reaction chamber defined by the main body and the top component, and
• optionally, a casing component disposed inside the main body and containing a chemical agent to release a second gas into the sealed reaction chamber,
• wherein said main body further includes
• after insertion of the top component, a rotatable axial member extending into the main body and the sealed reaction chamber, the rotatable axial member being coupled to at least two turbines spaced apart from each other along the rotatable axial member, the at least two turbines being configured to direct said first gas, and said second gas, onto the one or more 3D samples disposed between the at least two turbines, and
• wherein the at least one component is configured to support the one or more 3D samples within the sealed reaction chamber in a manner such that the one or more 3D samples is disposed between the at least two turbines.