A cartridge for at least two flowable components having - a filling end and a discharge end; - a first storage chamber for a first component having a first inner wall extending between the filling end and the discharge end and a first filling opening arranged at the filling end; - a second storage chamber for a second component having a second inner wall extending between the filling end and the discharge end and a second filling opening arranged at the filling end; and - a component outlet (16, 26) arranged at the discharge end, wherein - the first and second storage chambers (11, 21) are connected to one another by means of a connection web; - the first filling opening and the first inner wall are designed so that a first piston can be inserted into the first storage chamber such that it sealingly closes the first storage chamber; - the second filling opening and the second inner wall are designed so that a second piston can be inserted into the second storage chamber such that it sealingly closes the second storage chamber; - the first and second inner walls (13, 23) each have a peripheral bead (18, 28) in the region of the first and second filling openings (12, 22), by means of which the first and second pistons (17, 27) can be held captively after the insertion into the first and second storage chambers (11, 21); - the first inner wall has a first connection section and the second inner wall has a second connection section in which they do not have a bead (18, 28); - the connection web is arranged between the first and second sections (19, 29); and - the cartridge is manufactured by means of an injection molding process with forced demolding. - a filling end and a discharge end; - a first storage chamber for a first component having a first inner wall extending between the filling end and the discharge end and a first filling opening arranged at the filling end; - a second storage chamber for a second component having a second inner wall extending between the filling end and the discharge end and a second filling opening arranged at the filling end; and - a component outlet (16, 26) arranged at the discharge end, - the first and second storage chambers (11, 21) are connected to one another by means of a connection web; - the first filling opening and the first inner wall are designed so that a first piston can be inserted into the first storage chamber such that it sealingly closes the first storage chamber; - the second filling opening and the second inner wall are designed so that a second piston can be inserted into the second storage chamber such that it sealingly closes the second storage chamber; - the first and second inner walls (13, 23) each have a peripheral bead (18, 28) in the region of the first and second filling openings (12, 22), by means of which the first and second pistons (17, 27) can be held captively after the insertion into the first and second storage chambers (11, 21); - the first inner wall has a first connection section and the second inner wall has a second connection section in which they do not have a bead (18, 28); - the connection web is arranged between the first and second sections (19, 29); and - the cartridge is manufactured by means of an injection molding process with forced demolding.