|
Model XTY - 2 photoelectron colposcope
a
colposcope，Gynecological vaginal
microscope，Electronic
colposcope
Besides cell diagnosis
outside, in the clinical
setting also become
important auxiliary means,
widely used in the early
stages of the uterine neck
cancer and deformed
epithelium diagnosis work.
As the vaginal mirror can
really found naked eye
cannot see even in cell
diagnosis good to omissions
in disease and syndrome and
its scope, make the
diagnosis accuracy greatly
improve for early treatment.
The instrument in addition
to the above purposes, but
to uterine neck benign
disease diagnosis and
treatment of chronic erosion
operation decision plays an
important role. Colposcopy
and cell diagnosis is
indivisible, and use these
two complementary methods to
diagnosis, can maximum limit
to improve the diagnostic
accuracy. XTY - 2 type
photoelectron colposcopy
combined with image system
and improve the inspection
accuracy, call expert
database data can be
convenient diagnosis and
generate reports, form the
medical record files, has a
wealth of RCI evaluation
index.
|
Indication of the
handwheel |
Magnification |
Observation field |
| 0.4 |
2.8X |
80 |
| 0.6 |
4.1X |
53 |
| 1.0 |
6.9X |
31 |
| 1.6 |
11.6X |
18.5 |
| 2.5 |
17X |
12.5 |
a
colposcope，Gynecological vaginal
microscope，Electronic
colposcope
Technical parameters
1. Single binocular straight
cylinder lens focal length:
160 mm, also optional 45 °
eye lens and optical hinge
can flip 180 °
2. Eyepiece 12.5 x, wide
Angle, with apparent mirror
adjustment and limit device
3. Working distance big
objective: F: 300 mm
4. Coarse adjustment range:
180 mm, trimming focal
scope: 40 mm
5. Mesh distance regulating
range: 50-75 mm
Diopter adjustment range: ±
5 d
7. With filter conversion
device
8. Cold light source 15 v,
150 w, Art surface
illumination > 30000 lx or
50 w xenon lamp lighting
9. Power supply voltage and
frequency: 220 v plus or
minus 10%, 50 hz ± 1 hz
10. Optional optical
splitter, teach mirror and
CCD camera interface, and
can be connected vaginal
mirror image acquisition and
processing system, forming a
multi-purpose optoelectronic
colposcope. |
