Rotary dough molding machine , comprising - a frame , - a die roller and a feed roller rotatably mounted to the frame and - adjusting means for adjusting the gap between die roller and feed roller , wherein one of the rollers , preferably the feed roller , is an adjustable roller, which is movable relative to the frame by the adjusting means, wherein the adjusting means comprise - a first drive acting on the first end of the adjustable roller causing a movement of said first end in a first direction (x) transverse to the rotational axis of the adjustable roller , and - a second drive acting on the second end of the adjustable roller causing a movement of said second end in a second direction (x') that is essentially parallel to the first direction (x), wherein the first drive and the second drive can be actuated independently of each other, wherein the rotary dough molding machine comprises - a first sensor detecting movement and/or position of the first end of the adjustable roller and/or load acting on the first end of the adjustable roller , and - a second sensor detecting movement and/or position of the second end of the adjustable roller and/or load acting on the second end of the adjustable roller , - wherein the rotary dough molding machine comprises a control device that is in communication with the first drive and the second drive , wherein the drives can be actuated by the control device automatically and/or in dependence of commands generated by means of a human interface - and wherein the first sensor and the second sensor are in communication with the control device , wherein the control device is capable of controlling the drives in dependence of values measured by the sensors and/or of displaying on a human interface values obtained by the sensors . - a frame , - a die roller and a feed roller rotatably mounted to the frame and - adjusting means for adjusting the gap between die roller and feed roller , wherein one of the rollers , preferably the feed roller , is an adjustable roller, which is movable relative to the frame by the adjusting means, wherein the adjusting means comprise - a first drive acting on the first end of the adjustable roller causing a movement of said first end in a first direction (x) transverse to the rotational axis of the adjustable roller , and - a second drive acting on the second end of the adjustable roller causing a movement of said second end in a second direction (x') that is essentially parallel to the first direction (x), wherein the first drive and the second drive can be actuated independently of each other, wherein the rotary dough molding machine comprises wherein the first drive and the second drive can be actuated independently of each other, wherein the rotary dough molding machine comprises - a first sensor detecting movement and/or position of the first end of the adjustable roller and/or load acting on the first end of the adjustable roller , and - a second sensor detecting movement and/or position of the second end of the adjustable roller and/or load acting on the second end of the adjustable roller , - wherein the rotary dough molding machine comprises a control device that is in communication with the first drive and the second drive , wherein the drives can be actuated by the control device automatically and/or in dependence of commands generated by means of a human interface - and wherein the first sensor and the second sensor are in communication with the control device , wherein the control device is capable of controlling the drives in dependence of values measured by the sensors and/or of displaying on a human interface values obtained by the sensors . <EOS>