Abstract: A port device (10) for a fluid storage bag (46) comprises a housing (12) having a bottom wall (14) and opposing sidewalls (16, 18), and a connective opening (20) in said housing (12) opposite to said bottom wall (14). The connective opening (20) is adapted to be connected with said fluid storage bag (46) and has an elongate surface area shaped by a wide center portion (22) and peaked longitudinally opposing ends (24). A port device (10) further comprises at least one access port (26) in said bottom wall (14) adapted to communicate with the interior of said fluid storage bag (46) through said connective opening (20). In order to be fixable to the fluid storage bag (46) in a safe and easy manner, said port device (10) further comprises at least one bridge element (32) supporting said sidewalls (16, 18) and oriented transversely to the longitudinal direction (34).

Abstract: The present invention refers to a flexible multiple chamber bag comprising: a) three adjacent chambers, a first chamber partially separating a second upper chamber from a third lower chamber by first and second welded seams, b) said second chamber and said third chamber being partially connected by a third welded seam, c) said first welded seam being non-peelable and said second and third welded seams being peelable said second and third welded seams having the shape of an inverse letter “V” each second and third welded seam starting at the basic point of said “V” and terminating essentially in a right angle at the circumference weld of said bag, said bag comprising a hanger flap extending from the top end of said bag and a medical port welded to the lower end of said circumferential weld.

Abstract: A port device (10) for a fluid storage bag (46) comprises a housing (12) having a bottom wall (14) and opposing sidewalls (16, 18), and a connective opening (20) in said housing (12) opposite to said bottom wall (14). The connective opening (20) is adapted to be connected with said fluid storage bag (46) and has an elongate surface area shaped by a wide center portion (22) and peaked longitudinally opposing ends (24). A port device (10) further comprises at least one access port (26) in said bottom wall (14) adapted to communicate with the interior of said fluid storage bag (46) through said connective opening (20). In order to be fixable to the fluid storage bag (46) in a safe and easy manner, said port device (10) further comprises at least one bridge element (32) supporting said sidewalls (16, 18) and oriented transversely to the longitudinal direction (34).

Abstract: The present invention refers to a flexible multiple chamber bag for storing medical products comprising two or more chambers.

Abstract: The present invention refers to a flexible multiple chamber bag for storing medical products comprising three chambers: a) three adjacent chambers, a first chamber (1) partially separating a second upper chamber (2) from a third lower chamber (3) by welded seams (4) and (5), b) said second chamber (2) and said third chamber (3) being partially connected by a welded seam (6), c) said welded seams (5) and (6) being peelable when applying pressure on the bag (10), said welded seams (5) and (6) having the shape of an inverse letter “V” with increasing angle of the lines of said “V”, each welded seam (5) and (6) starting at the basic point (8) of said “V” and terminating essentially in a right angle at the circumference weld (7) of said bag (10), d) said basic point (8) of said “V” being fixed and non peelable when applying pressure on the bag (10), e) said welded seam (4) being non peelable when applying pressure on the bag (10), starting at the basic point (8) of said “V” and terminating essentially in a right

Abstract: The present invention refers to a flexible single or multiple chamber bag for storing medical products comprising at least one chamber. In particular the invention refers to a flexible single or multiple chamber bag (10) for storing medical products comprising a hanger flap 11 extending from the top end of said bag, characterized in that said flap 11 contains a) two mirror inverted circular cuttings (1) and (2) of an angle of 145° to 180°, wherein one end of each of said cuttings (1) and (2) is spaced apart by a connecting cutting (3) being essentially being straight-lined having a length of 4 times to 10 times the radius of said circular cuttings (1,2) and b) two mirror inverted circular cuttings (4) and (5) of an angle of 180° to 270°, having a radius of 0.3 to 0.