A well tool in a well operation performed in a borehole, comprising: a first component having a longitudinal axis; a second component having a passage for receiving the first component; a first anchor on the first component; a second anchor on the first component; a first profile formed on an inner surface defining the passage of the second component and configured to receive the first anchor ; and a second profile formed on the inner surface defining the passage of the second component and configured to receive the second anchor ; wherein the first profile includes a ramp section , the ramp section having a ramp contour defined by a ramp tangent, the ramp tangent forming an acute angle with the longitudinal axis, the acute angle of the ramp tangent being larger than 1 degree and smaller than 90 degrees, wherein the ramp section protrudes from the inner surface of the second component, the protruding ramp section defining a ramp surface that projects radially inward and is configured to guide the first anchor to a predetermined circumferential alignment with the second component, wherein the first profile comprises first axially oriented shoulders , a first circumferentially oriented shoulder and a first cavity configured to receive the first anchor formed on the inner surface , wherein the first anchor is configured to apply a torque loading to a first axially oriented shoulder and an axial loading to the first circumferentially oriented shoulder , wherein the second profile comprises a second circumferentially oriented shoulder and a second cavity configured to receive the second anchor formed on the inner surface , wherein the second anchor is configured to apply an axial loading to the second circumferentially oriented shoulder , and wherein the first anchor and the first circumferentially oriented shoulder are configured to axially align the first and second components such that the second profile can receive the second anchor . a first component having a longitudinal axis; a second component having a passage for receiving the first component; a first anchor on the first component; a second anchor on the first component; a first profile formed on an inner surface defining the passage of the second component and configured to receive the first anchor ; and a second profile formed on the inner surface defining the passage of the second component and configured to receive the second anchor ; wherein the first profile includes a ramp section , the ramp section having a ramp contour defined by a ramp tangent, the ramp tangent forming an acute angle with the longitudinal axis, the acute angle of the ramp tangent being larger than 1 degree and smaller than 90 degrees, wherein the ramp section protrudes from the inner surface of the second component, the protruding ramp section defining a ramp surface that projects radially inward and is configured to guide the first anchor to a predetermined circumferential alignment with the second component, wherein the first profile comprises first axially oriented shoulders , a first circumferentially oriented shoulder and a first cavity configured to receive the first anchor formed on the inner surface , wherein the first anchor is configured to apply a torque loading to a first axially oriented shoulder and an axial loading to the first circumferentially oriented shoulder , wherein the second profile comprises a second circumferentially oriented shoulder and a second cavity configured to receive the second anchor formed on the inner surface , wherein the second anchor is configured to apply an axial loading to the second circumferentially oriented shoulder , and wherein the first anchor and the first circumferentially oriented shoulder are configured to axially align the first and second components such that the second profile can receive the second anchor . <EOS>