A magnet arrangement for an implantable hearing device; the arrangement comprising: an implant magnet , which is an implantable holding magnet, having a modified disc shape with a primary center rotation axis , a cylindrical height and diameter , an outer circumference , and opposing end surfaces ; wherein the implant magnet is capable of responding to an external magnetic field by rotating about the primary center rotation axis , and wherein the implant magnet shape has at least one cross-sectional view in which: i. the cylindrical diameter corresponds to a horizontal coordinate axis, ii. the primary center rotation axis corresponds to a vertical coordinate axis, iii. height between the end surfaces is greatest at the primary center rotation axis , and iv. height between the end surfaces progressively decreases from the primary center rotation axis along the cylindrical diameter towards the outer circumference to define a secondary deflection angle with respect to the horizontal coordinate axis so that the implant magnet is capable of responding to the external magnetic field by deflecting within the secondary deflection angle about a secondary deflection axis defined by a cylinder diameter normal to the at least one cross-sectional view, wherein the magnet arrangement further comprises: a magnet housing enclosing a cylindrical shaped interior volume containing the implant magnet , wherein the implant magnet is configured to securely fit within the interior volume so as to be freely rotatable about the primary center rotating axis and about the secondary deflection axis . an implant magnet , which is an implantable holding magnet, having a modified disc shape with a primary center rotation axis , a cylindrical height and diameter , an outer circumference , and opposing end surfaces ; wherein the implant magnet is capable of responding to an external magnetic field by rotating about the primary center rotation axis , and wherein the implant magnet shape has at least one cross-sectional view in which: i. the cylindrical diameter corresponds to a horizontal coordinate axis, ii. the primary center rotation axis corresponds to a vertical coordinate axis, iii. height between the end surfaces is greatest at the primary center rotation axis , and iv. height between the end surfaces progressively decreases from the primary center rotation axis along the cylindrical diameter towards the outer circumference to define a secondary deflection angle with respect to the horizontal coordinate axis so that the implant magnet is capable of responding to the external magnetic field by deflecting within the secondary deflection angle about a secondary deflection axis defined by a cylinder diameter normal to the at least one cross-sectional view, i. the cylindrical diameter corresponds to a horizontal coordinate axis, ii. the primary center rotation axis corresponds to a vertical coordinate axis, iii. height between the end surfaces is greatest at the primary center rotation axis , and iv. height between the end surfaces progressively decreases from the primary center rotation axis along the cylindrical diameter towards the outer circumference to define a secondary deflection angle with respect to the horizontal coordinate axis so that the implant magnet is capable of responding to the external magnetic field by deflecting within the secondary deflection angle about a secondary deflection axis defined by a cylinder diameter normal to the at least one cross-sectional view, wherein the magnet arrangement further comprises: a magnet housing enclosing a cylindrical shaped interior volume containing the implant magnet , wherein the implant magnet is configured to securely fit within the interior volume so as to be freely rotatable about the primary center rotating axis and about the secondary deflection axis . <EOS>