MASS PROPERTIES OF THE ASSEMBLY OPTO_COOLING_TUBE_LEFT_ASM

                         VOLUME =  2.4662807e+03 MM^3
                   SURFACE AREA =  1.1765757e+04 MM^2
                AVERAGE DENSITY =  2.3620026e+02 KILOGRAM / MM^3
                           MASS =  5.8253615e+05 KILOGRAM 

      CENTER OF GRAVITY with respect to _OPTO_COOLING_TUB coordinate frame:
X   Y   Z           4.6294904e+01 -5.7426881e+01 -1.0147781e+02  MM

 INERTIA with respect to _OPTO_COOLING_TUB coordinate frame:  (KILOGRAM * MM^2)

INERTIA TENSOR:
Ixx Ixy Ixz         1.0477127e+10  1.6558363e+09  2.7405608e+09
Iyx Iyy Iyz         1.6558363e+09  7.2814859e+09 -3.3944132e+09
Izx Izy Izz         2.7405608e+09 -3.3944132e+09  5.7109483e+09

INERTIA at CENTER OF GRAVITY with respect to _OPTO_COOLING_TUB coordinate frame:
                                                               (KILOGRAM * MM^2)
INERTIA TENSOR:
Ixx Ixy Ixz         2.5572030e+09  1.0712204e+08  3.8610667e+06
Iyx Iyy Iyz         1.0712204e+08  3.4174912e+07  3.4762610e+05
Izx Izy Izz         3.8610667e+06  3.4762610e+05  2.5413313e+09

                PRINCIPAL MOMENTS OF INERTIA:  (KILOGRAM * MM^2)
I1  I2  I3          2.9634909e+07  2.5406214e+09  2.5624529e+09

      ROTATION MATRIX from _OPTO_COOLING_TUB orientation to PRINCIPAL AXES:
                      -0.04234       -0.18017        0.98272
                       0.99910       -0.00756        0.04166
                      -0.00007        0.98361        0.18033

 ROTATION ANGLES from _OPTO_COOLING_TUB orientation to PRINCIPAL AXES (degrees):
angles about x  y  z  -13.009         79.334        103.226 

                RADII OF GYRATION with respect to PRINCIPAL AXES:
R1  R2  R3          7.1324766e+00  6.6040223e+01  6.6323358e+01  MM



                  MASS PROPERTIES OF COMPONENTS OF THE ASSEMBLY
         (in assembly units and the _OPTO_COOLING_TUB coordinate frame)

                                     MATERIAL
           DENSITY        MASS       C.G.:  X        Y         Z

    OPTO_COOLING_TUBE_LEFT           UNKNOWN
         1.00000e+00  1.88563e+03  2.57738e+01 -5.94574e+01 -2.74267e+01
    FITTING_LUER_RETURN_OPTO         UNKNOWN
         1.00000e+03  2.90325e+05  4.35645e+01  8.49658e+00 -1.01718e+02
    FITTING_LUER_RETURN_OPTO         UNKNOWN
         1.00000e+03  2.90325e+05  4.91586e+01 -1.23337e+02 -1.01718e+02