A flexural pivot manufacturing system, comprising: a fixture having a bottom support and a top support coupled to the bottom support; a plurality of flexural pivot support member workpieces (110', 120', 130') coupled to the fixture; and standoff spacers located adjacent sides of the plurality of flexural pivot support member workpieces to position the bottom support and the top support relative to one another and thereby position the plurality of flexural pivot support member workpieces relative to one another, the top support and the bottom support having a plate or block configuration and the standoff spacers being disposed between the top and bottom supports; the plurality of flexural pivot support member workpieces including a first flexural pivot support member workpiece supported by and coupled to the bottom support, a second flexural pivot support member workpiece supported by and coupled to the top support, and flexure openings (150, 151) and wells (152, 153) in fluid communication with the flexure openings extending into ends of the flexural pivot support member workpieces to form flexure support members, the wells comprising cylindrical openings, wherein the top and bottom supports facilitate: disposing at least one flexure (140a-d) in the flexure openings, wherein the at least one flexure has first and second flexible blades arranged in a cross configuration and extending into the wells of the flexure support members, the cylindrical openings of the wells oriented to extend along ends of the flexible blades, and disposing coupling material in the wells to couple the at least one flexure to the flexure support members to provide for rotational movement of the flexure support members relative to one another. a fixture having a bottom support and a top support coupled to the bottom support; a plurality of flexural pivot support member workpieces (110', 120', 130') coupled to the fixture; and standoff spacers located adjacent sides of the plurality of flexural pivot support member workpieces to position the bottom support and the top support relative to one another and thereby position the plurality of flexural pivot support member workpieces relative to one another, the top support and the bottom support having a plate or block configuration and the standoff spacers being disposed between the top and bottom supports; the plurality of flexural pivot support member workpieces including a first flexural pivot support member workpiece supported by and coupled to the bottom support, a second flexural pivot support member workpiece supported by and coupled to the top support, and flexure openings (150, 151) and wells (152, 153) in fluid communication with the flexure openings extending into ends of the flexural pivot support member workpieces to form flexure support members, the wells comprising cylindrical openings, wherein the top and bottom supports facilitate: disposing at least one flexure (140a-d) in the flexure openings, wherein the at least one flexure has first and second flexible blades arranged in a cross configuration and extending into the wells of the flexure support members, the cylindrical openings of the wells oriented to extend along ends of the flexible blades, and disposing coupling material in the wells to couple the at least one flexure to the flexure support members to provide for rotational movement of the flexure support members relative to one another. a first flexural pivot support member workpiece supported by and coupled to the bottom support, a second flexural pivot support member workpiece supported by and coupled to the top support, and flexure openings (150, 151) and wells (152, 153) in fluid communication with the flexure openings extending into ends of the flexural pivot support member workpieces to form flexure support members, the wells comprising cylindrical openings, wherein the top and bottom supports facilitate: disposing at least one flexure (140a-d) in the flexure openings, wherein the at least one flexure has first and second flexible blades arranged in a cross configuration and extending into the wells of the flexure support members, the cylindrical openings of the wells oriented to extend along ends of the flexible blades, and disposing coupling material in the wells to couple the at least one flexure to the flexure support members to provide for rotational movement of the flexure support members relative to one another. disposing at least one flexure (140a-d) in the flexure openings, wherein the at least one flexure has first and second flexible blades arranged in a cross configuration and extending into the wells of the flexure support members, the cylindrical openings of the wells oriented to extend along ends of the flexible blades, and disposing coupling material in the wells to couple the at least one flexure to the flexure support members to provide for rotational movement of the flexure support members relative to one another.