Collimator assembly for computed tomography system
A detector assembly 18 for an imaging system 10 is provided comprising a plurality of scintillator elements 50 positioned within a scintillator pack 56 . The scintillator pack 56 forms a scintillator pack upper surface 58 and a plurality of scintillator pack walls 60 positioned between the plurality of scintillator elements 50 . A plurality of collimator elements 64 are mounted on the scintillator pack upper surface 58 . Each of the plurality of collimator elements 64 is comprised of a stack laminated base 66 mounted to the scintillator pack upper surface 58 and a cast upper wall 68 formed on the stack laminated base 66.
1. A method of generating a detector assembly for an imaging systems comprising:
stack laminating a collimator base onto a scintillator pack upper surface;
casting a collimator upper wall onto said collimator base.
2. A method of generating a detector assembly as described in claim 1 , further comprising:
controlling the height of a collimator element, formed by said collimator base and said collimator upper wall, by adjusting the height of said collimator base.
3. A method of generating a detector assembly as described in claim 1 , further comprising:
casting an irregular taper into said collimator upper wall.
4. A method of generating a detector assembly as described in claim 1 , wherein said
collimator upper wall have a cast wall thickness less than a stack lamination width of said collimator base.