An apparatus for fabricating containers, comprising: - a plurality of mold segments (100, 501, 603, 801, 1001), each of said mold segments being provided with at least two substantially opposite faces configured to form a mold cavity when abutted against an opposite face of another mold segment, said mold cavity substantially defining the form of a container; and - a guiding means configured to serially conduct said plurality of mold segments (100, 501, 603, 801, 1001) in a cyclical succession along a closed path (201, 503, 605), the length of said closed path (201, 503, 605) being greater than a total length of said mold segments (100, 501, 603, 801, 1001) when abutting against each other; whereby said apparatus comprises at least one injecting head, said at least one injecting head configured to inject a volume of liquid into a cavity of a substantially-tubular preform (109, 507, 608) positioned between two of said mold segments (100, 501, 603, 801, 1001) and at least partially disposed within the mold cavity formed by said mold segments (100, 501, 603, 801, 1001), thereby causing said preform (109, 507, 608) to expand into the contours of the mold cavity and form a container; and characterized in that each mold segment (100, 501, 603, 801, 1001) is conducted along the closed path (201, 503, 605) through at least one manipulation zone (204, 505, 506, 601, 602) of said closed path (201, 503, 605) at an increased speed relative to the speed of the immediately adjacent mold segments, said apparatus comprising a positioning manipulation zone (505, 601) wherein said preform is inserted into said apparatus, and an extracting manipulation zone (506, 602), wherein said container is extracted from said apparatus. - a plurality of mold segments (100, 501, 603, 801, 1001), each of said mold segments being provided with at least two substantially opposite faces configured to form a mold cavity when abutted against an opposite face of another mold segment, said mold cavity substantially defining the form of a container; and - a guiding means configured to serially conduct said plurality of mold segments (100, 501, 603, 801, 1001) in a cyclical succession along a closed path (201, 503, 605), the length of said closed path (201, 503, 605) being greater than a total length of said mold segments (100, 501, 603, 801, 1001) when abutting against each other; whereby said apparatus comprises at least one injecting head, said at least one injecting head configured to inject a volume of liquid into a cavity of a substantially-tubular preform (109, 507, 608) positioned between two of said mold segments (100, 501, 603, 801, 1001) and at least partially disposed within the mold cavity formed by said mold segments (100, 501, 603, 801, 1001), thereby causing said preform (109, 507, 608) to expand into the contours of the mold cavity and form a container; and characterized in that each mold segment (100, 501, 603, 801, 1001) is conducted along the closed path (201, 503, 605) through at least one manipulation zone (204, 505, 506, 601, 602) of said closed path (201, 503, 605) at an increased speed relative to the speed of the immediately adjacent mold segments, said apparatus comprising a positioning manipulation zone (505, 601) wherein said preform is inserted into said apparatus, and an extracting manipulation zone (506, 602), wherein said container is extracted from said apparatus.