A system (20a, 20b, 60, 92, 110, 120), comprising a first printing unit configured to print individual dot-like portions of a material on an intermediate substrate, and a second printing unit configured to receive the intermediate substrate having the dot-like portions of the material printed thereon and to transfer the dot-like portions of the material from the intermediate substrate to a final substrate, wherein the first printing unit includes a coating system configured to create a uniform layer of the material on a donor substrate, the coating system including: a syringe of the material and an air or mechanical pump arranged to drive the material onto the donor substrate, and the coating system is further configured to transport the donor substrate with the material thereon towards and through a first gap between rollers or knifes to create the uniform layer of the material on the donor substrate, the uniform layer of the material having a thickness that is defined by the first gap; a screen-printing module configured to coat a screen or stencil of film having well-defined holes with the material, and the coating system is further configured to transfer the material to the intermediate substrate from the screen or stencil of film using a blade or a squeegee; a dispenser or an inkjet head configured to print the material onto the donor substrate; a gravure or micro-gravure system configured to coat the donor substrate with the uniform layer of the material; a slot-die system configured to coat the donor substrate with the uniform layer of the material; or a roller coating system configured to coat the donor substrate with the uniform layer of the material, wherein the first printing unit is further configured to transfer the material in the individual dot-like portions from the donor substrate onto the intermediate substrate, and wherein either or both of the first printing unit and/or the second printing unit is a laser assisted deposition / laser dispensing system rotated by 0-90 degrees or 90-180 degrees from a main axis of a gravitational field within which it is located. wherein the first printing unit includes a coating system configured to create a uniform layer of the material on a donor substrate, the coating system including: a syringe of the material and an air or mechanical pump arranged to drive the material onto the donor substrate, and the coating system is further configured to transport the donor substrate with the material thereon towards and through a first gap between rollers or knifes to create the uniform layer of the material on the donor substrate, the uniform layer of the material having a thickness that is defined by the first gap; a screen-printing module configured to coat a screen or stencil of film having well-defined holes with the material, and the coating system is further configured to transfer the material to the intermediate substrate from the screen or stencil of film using a blade or a squeegee; a dispenser or an inkjet head configured to print the material onto the donor substrate; a gravure or micro-gravure system configured to coat the donor substrate with the uniform layer of the material; a slot-die system configured to coat the donor substrate with the uniform layer of the material; or a roller coating system configured to coat the donor substrate with the uniform layer of the material, a syringe of the material and an air or mechanical pump arranged to drive the material onto the donor substrate, and the coating system is further configured to transport the donor substrate with the material thereon towards and through a first gap between rollers or knifes to create the uniform layer of the material on the donor substrate, the uniform layer of the material having a thickness that is defined by the first gap; a screen-printing module configured to coat a screen or stencil of film having well-defined holes with the material, and the coating system is further configured to transfer the material to the intermediate substrate from the screen or stencil of film using a blade or a squeegee; a dispenser or an inkjet head configured to print the material onto the donor substrate; a gravure or micro-gravure system configured to coat the donor substrate with the uniform layer of the material; a slot-die system configured to coat the donor substrate with the uniform layer of the material; or a roller coating system configured to coat the donor substrate with the uniform layer of the material, wherein the first printing unit is further configured to transfer the material in the individual dot-like portions from the donor substrate onto the intermediate substrate, and wherein either or both of the first printing unit and/or the second printing unit is a laser assisted deposition / laser dispensing system rotated by 0-90 degrees or 90-180 degrees from a main axis of a gravitational field within which it is located.