Beverage-making capsule comprising a first lid through which a fluid is pressure injected in a first air chamber, whose bottom comprises orifices through which is applied the fluid injected to a second chamber, containing a food product, and said fluid mixes with the food product and the second chamber has a bottom equipped with perforations for the passage of the fluid mixed with the food product to a third chamber equipped with the partitions in the form of a labyrinth to slow down the outflow of the mixture of the fluid with said food product; comprising next to said chamber, an outlet for the mixture of the fluid with the food product; characterized in that it comprises: - an external container opened by its top side and whose bottom is equipped with a central opening in correspondence with which an extension defining the outlet is comprised, and whose external configuration is adapted to the bowl of a beverage-making machine; - a micro-membrane that closes the opening of the bottom of the external container in an airtight manner, and said micro-membrane comprises notches in its surface to favor its breakage due to the pressure of the injected fluid, allowing thus the passage of the fluid mixed with the food product towards the outlet; - an internal container forming the second chamber, which is opened on its top side, where the food product is introduced and is closed by means of a second lid, affixed to the open border of the internal container; and said second lid has orifices for the passage of the injected fluid to form the bottom of the first chamber, and whose lateral wall of said internal container is adapted to the internal surface of the external container in which it is affixed in an airtight and non-movable manner. - where the bottom of the internal container and the bottom of the external container form a third chamber with the partitions in the form of a labyrinth; and - where said partitions in the form of a labyrinth are arranged in the external side of the bottom of the internal container; obtaining a single-piece set formed by the internal container along with the partitions, and said bottom of said internal container has a plurality of perforations to provoke the increase in the pressure on its surface, and allowing the passage of the fluid mixed with the food product to the third chamber, where the breakage of the micro-membrane is produced by increasing the pressure. - an external container opened by its top side and whose bottom is equipped with a central opening in correspondence with which an extension defining the outlet is comprised, and whose external configuration is adapted to the bowl of a beverage-making machine; - a micro-membrane that closes the opening of the bottom of the external container in an airtight manner, and said micro-membrane comprises notches in its surface to favor its breakage due to the pressure of the injected fluid, allowing thus the passage of the fluid mixed with the food product towards the outlet; - an internal container forming the second chamber, which is opened on its top side, where the food product is introduced and is closed by means of a second lid, affixed to the open border of the internal container; and said second lid has orifices for the passage of the injected fluid to form the bottom of the first chamber, and whose lateral wall of said internal container is adapted to the internal surface of the external container in which it is affixed in an airtight and non-movable manner. - where the bottom of the internal container and the bottom of the external container form a third chamber with the partitions in the form of a labyrinth; and - where said partitions in the form of a labyrinth are arranged in the external side of the bottom of the internal container; obtaining a single-piece set formed by the internal container along with the partitions, and said bottom of said internal container has a plurality of perforations to provoke the increase in the pressure on its surface, and allowing the passage of the fluid mixed with the food product to the third chamber, where the breakage of the micro-membrane is produced by increasing the pressure.