Patent Number: 
Section: claims

1. A precision robot arm system comprising:a two-dimensional (2D) vertical plane robot arm including duo-vertical-stages and a kinematic linkage system supporting an X-ray detector for positioning and manipulating of the X-ray detector and including;a first cross-roller bearing structure and a second cross-roller bearing structure carried by said 2D vertical plane robot arm; anda vertical support carrying said 2D vertical plane robot arm, said vertical support including spaced apart rails respectively engaging said first cross-roller bearing structure and said second cross-roller bearing structure carried by the 2D vertical plane robot arm, such that said 2D vertical plane robot arm is rotatable and slidingly moved along said vertical support. 2. The precision robot arm system as recited in claim 1 wherein said X-ray detector supported by said 2D vertical plane robot arm includes a 2D X-ray pixel detector. 3. The precision robot arm system as recited in claim 1 includes a granite base with an air-bearing support supporting said vertical support carrying said 2D vertical plane robot arm. 4. The precision robot arm system as recited in claim 1 includes a 2D horizontal base stage mounted on a granite base with an air-bearing support supporting said vertical support carrying said 2D vertical plane robot arm. 5. The precision robot arm system as recited in claim 1 includes a vertical axis goniometer supporting said vertical support carrying said 2D vertical plane robot arm. 6. The precision robot arm system as recited in claim 1 wherein said 2D vertical plane robot arm includes a 3D fast scanning stages group provided with said 2D vertical plane robot arm, said 3D fast scanning stages group performs detector raster scans. 7. The precision robot arm system as recited in claim 1 wherein said 2D vertical plane robot arm provides effective positioning and manipulating of said X-ray detector at an X-ray nanoprobe beamline. 8. The precision robot arm system as recited in claim 1 said 2D vertical plane robot arm provides a set load capacity with micron level positioning repeatability. 9. A precision robot arm system comprising:a two-dimensional (2D) vertical plane robot arm including duo-vertical-stages and a kinematic linkage system;said 2D vertical plane robot arm including a first high rigidity cross-roller bearing structure and a second high rigidity cross-roller bearing structure; anda robot arm vertical support carrying said 2D vertical plane robot arm; said vertical support including spaced apart rails respectively engaging said first high rigidity cross-roller bearing structure and said second high rigidity cross-roller bearing structure carried by the 2D vertical plane robot arm, such that said 2D vertical plane robot arm is rotatable and slidingly moved along said vertical support. 10. The precision robot arm system as recited in claim 9 further comprising a 2D horizontal base stage supporting said robot arm vertical support carrying said 2D vertical plane robot arm, said 2D horizontal base stage for precisely positioning said 2D vertical plane robot arm. 11. The precision robot arm system as recited in claim 9 further comprising a 3D fast scanning stages group provided with said 2D vertical plane robot arm for moving and precisely positioning said 2D vertical plane robot arm, said 3D fast scanning stages group performs detector raster scans. 12. The precision robot arm system as recited in claim 9 wherein said first bearing structure and said second bearing structure include a respective bearing formed of a stainless steel material. 13. The precision robot arm system as recited in claim 9 wherein said 2D vertical plane robot arm is formed of a selected material of aluminum, natural granite, synthetic granite, carbon fiber, and a combination of thereof. 14. The precision robot arm system as recited in claim 9 wherein said 2D vertical plane robot arm carries an X-ray detector providing effective positioning and manipulating of said X-ray detector at an X-ray nanoprobe beamline. 15. A method for implementing precision robot arm system comprising:providing a two-dimensional (2D) vertical plane robot arm including duo-vertical-stages and a kinematic linkage system;providing the 2D vertical plane robot arm with a first high rigidity cross-roller bearing structure and a second high rigidity cross-roller bearing structure; andproviding a vertical support member carrying the 2D vertical plane robot arm; said vertical support including spaced apart rails respectively engaging said first high rigidity cross-roller bearing structure and said second high rigidity cross-roller bearing structure carried by the 2D vertical plane robot arm, such that said 2D vertical plane robot arm is rotatable and slidingly moved along said vertical support. 16. The method as recited in claim 15 wherein providing the 2D vertical plane robot arm includes providing a 2D horizontal base stage supporting said robot arm vertical support carrying said 2D vertical plane robot arm, said 2D horizontal base stage for precisely positioning said 2D vertical plane robot arm. 17. The method as recited in claim 15 wherein providing the 2D vertical plane robot arm includes providing a 3D fast scanning stages group with said 2D vertical plane robot arm for moving and precisely positioning said 2D vertical plane robot arm, said 3D fast scanning stages group performs detector raster scans.