A tilting converter comprising: a container defining a first axis; a supporting ring, coaxial to the container and spaced apart from said container, provided with two diametrically opposite load-bearing pins (3, 4) defining a second axis orthogonal to the first axis, adapted to allow the converter to rotate about said second axis; at least one pair of first suspension devices and a plurality of second suspension devices, connecting said container to said supporting ring; wherein said second suspension devices are lamella suspension elements fixed in a build-in configuration, restrained at a first end thereof to the container and at a second end thereof to the supporting ring, wherein each first suspension device comprises - a central structure, fixed to the container or to the supporting ring, - a first lateral structure, arranged at a first side of said central structure and fixed to a surface of the supporting ring or to the container, - a second lateral structure, arranged at a second side of said central structure, opposite said first side, and fixed to said surface of the supporting ring or to the container, in the same way like the first lateral structure, wherein said first lateral structure and said second lateral structure respectively comprise two first support lugs (14, 15), spaced apart to each other, and a group of elastic elements arranged adjacent and parallel to each other and supported at ends thereof by said two first support lugs (14, 15), wherein said central structure comprises a second support lug, arranged transversally to and between the groups of elastic elements of said first lateral structure and said second lateral structure, wherein the elastic elements of each group are arranged side by side and freely arranged between the two first support lugs (14, 15) and mechanical stops (16, 17), and have, in a position of the converter with mouth facing upwards, clearances with respect to the respective second support lug, whereby said elastic elements act as resilient support for the second support lug in case of deviation from the rest position. a container defining a first axis; a supporting ring, coaxial to the container and spaced apart from said container, provided with two diametrically opposite load-bearing pins (3, 4) defining a second axis orthogonal to the first axis, adapted to allow the converter to rotate about said second axis; at least one pair of first suspension devices and a plurality of second suspension devices, connecting said container to said supporting ring; wherein said second suspension devices are lamella suspension elements fixed in a build-in configuration, restrained at a first end thereof to the container and at a second end thereof to the supporting ring, wherein each first suspension device comprises - a central structure, fixed to the container or to the supporting ring, - a first lateral structure, arranged at a first side of said central structure and fixed to a surface of the supporting ring or to the container, - a second lateral structure, arranged at a second side of said central structure, opposite said first side, and fixed to said surface of the supporting ring or to the container, in the same way like the first lateral structure, - a central structure, fixed to the container or to the supporting ring, - a first lateral structure, arranged at a first side of said central structure and fixed to a surface of the supporting ring or to the container, - a second lateral structure, arranged at a second side of said central structure, opposite said first side, and fixed to said surface of the supporting ring or to the container, in the same way like the first lateral structure, wherein said first lateral structure and said second lateral structure respectively comprise two first support lugs (14, 15), spaced apart to each other, and a group of elastic elements arranged adjacent and parallel to each other and supported at ends thereof by said two first support lugs (14, 15), wherein said central structure comprises a second support lug, arranged transversally to and between the groups of elastic elements of said first lateral structure and said second lateral structure, wherein the elastic elements of each group are arranged side by side and freely arranged between the two first support lugs (14, 15) and mechanical stops (16, 17), and have, in a position of the converter with mouth facing upwards, clearances with respect to the respective second support lug, whereby said elastic elements act as resilient support for the second support lug in case of deviation from the rest position.