A mold for producing components made of ceramic fiber composites by soaking fibers with a slip in a cavity , in which said slip contains water and/or solvent, as well as particles or precursors thereof, wherein said mold includes a die , whereby a cavity formed by the die , the upper side and the lower side of the mold is present in the interior of the mold, characterized in that said mold has at least one device for increasing the pressure in the interior of the cavity and/or for supplying the slip into the cavity , at least one device for retaining the particles or precursors of the slip in the interior of the cavity and for discharging the water contained therein and/or the solvent present in the interior of the die , and said die has at least one device by which the pressure in the interior of the cavity can be reduced and/or excess water and/or solvent can be removed, wherein said at least one device is arranged within the die in such a way that water and/or solvents can be removed through said at least one means , wherein said die is formed from a solid material that does not deform during the application, and wherein said mold preferably further has at least one heating device, which enables the cavity to be heated, wherein said mold further has a punch , wherein said punch is placed close to the interior wall of the die in a form-fitting manner and can be displaced vertically in the interior of the die , whereby a cavity is formed between the punch and the die , and characterized in that an element is provided at the lower side of the punch , whereby another cavity is formed between the lower side of the punch and the element , so that slip flows through an infusion canal into the cavity , from where it is homogeneously distributed in the cavity , wherein said element is perforated, so that slip can flow from said other cavity into said cavity . wherein said mold includes a die , whereby a cavity formed by the die , the upper side and the lower side of the mold is present in the interior of the mold, characterized in that said mold has at least one device for increasing the pressure in the interior of the cavity and/or for supplying the slip into the cavity , at least one device for retaining the particles or precursors of the slip in the interior of the cavity and for discharging the water contained therein and/or the solvent present in the interior of the die , and said die has at least one device by which the pressure in the interior of the cavity can be reduced and/or excess water and/or solvent can be removed, wherein said at least one device is arranged within the die in such a way that water and/or solvents can be removed through said at least one means , wherein said die is formed from a solid material that does not deform during the application, and wherein said mold preferably further has at least one heating device, which enables the cavity to be heated, wherein said mold further has a punch , wherein said punch is placed close to the interior wall of the die in a form-fitting manner and can be displaced vertically in the interior of the die , whereby a cavity is formed between the punch and the die , and characterized in that an element is provided at the lower side of the punch , whereby another cavity is formed between the lower side of the punch and the element , so that slip flows through an infusion canal into the cavity , from where it is homogeneously distributed in the cavity , wherein said element is perforated, so that slip can flow from said other cavity into said cavity . <EOS>