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| The FSM series fiber microscope utilizes a white LED for coaxial illumination. Light is introduced into the optical path (axis) so that it comes out the tip of the objective and strikes the sample perpendicular to the fiber end-face. For critical examination of polish quality, we strongly recommend the FSM series microscope. | |||||||||
TK-16
SKYCOM
The FSM series fiber microscope utilizes a white LED for coaxial illumination. Light is introduced into the optical path (axis) so that it comes out the tip of the objective and strikes the sample perpendicular to the fiber end-face. For critical examination of polish quality, we strongly recommend the FSM series microscope.
Specification
FMS-200 | FMS-400 | |
Optical Magnification | 200X | 400X |
Power Requirements | 3 "AAA" alkaline batteries | |
Weight | 0.6KG | |
Controls | Momentary on/off switch Fine-Focus control | |
Safety Filter | Built-in | |
Connector | 2.5mm adaptor | |
Operation Step:
1. Insert fiber connector into the LIGHT SOURCE ENTRANCE.
2. See from the EYEPIECE and press on the on/off LED switch (Illumination)
3. Adjust the FOCUS ADJUSTMENT, just to find the clearest viewing.
The FSM series fiber microscope utilizes a white LED for coaxial illumination. Light is introduced into the optical path (axis) so that it comes out the tip of the objective and strikes the sample perpendicular to the fiber end-face. For critical examination of polish quality, we strongly recommend the FSM series microscope.
Specification
FMS-200 | FMS-400 | |
Optical Magnification | 200X | 400X |
Power Requirements | 3 "AAA" alkaline batteries | |
Weight | 0.6KG | |
Controls | Momentary on/off switch Fine-Focus control | |
Safety Filter | Built-in | |
Connector | 2.5mm adaptor | |
Operation Step:
1. Insert fiber connector into the LIGHT SOURCE ENTRANCE.
2. See from the EYEPIECE and press on the on/off LED switch (Illumination)
3. Adjust the FOCUS ADJUSTMENT, just to find the clearest viewing.
