usePath:
XP-700 series polarized light transmission and reflectionmicroscopeIt is an essential instrument for studying and identifying substances with birefringence using the polarization characteristics of light. It can be used by a wide range of users for single polarization observation, orthogonal polarization observation, and cone light observation. Widely used in research and testing in fields such as geology, chemical engineering, medicine, and pharmaceuticals, it can also observe the crystal phase of liquid polymer materials, biopolymers, and liquid crystal materials. It is an ideal instrument for research institutions and higher education institutions to conduct research and teaching.
Introduction to Imaging System:
XP-700P computer type reflection and transmissionpolarizing microscopeXP-700S Digital Translucent Reflectorpolarizing microscopeThe system is preciseoptical microscopeA high-tech product has been successfully developed by perfectly combining technology, advanced photoelectric conversion technology, and cutting-edge computer image processing technology. Real time dynamic images can be easily observed on the display screen, and the required images can be edited, saved, and printed.
Performance Introduction:
L Optional transmission lighting, falling light lighting, or reflection lighting
Configure a stress free flat field objective lens (center adjustable) and a coaxial focusing mechanism for coarse and fine movements of the large field eyepiece. The coarse movement elasticity is adjustable, with a limit locking device and a fine movement grid value of 2 μ m
Rotating stage, 360 ° equally divided scale, with a grid value of 6 ', adjustable center, equipped with a locking device, and a vertical effective stroke of up to 30mm for the worktable
Wide voltage power supply (85-265V 47-60HZ). 6V20W halogen lamp lighting, adjustable brightness
Technical Specifications:
| Flat field eyepiece | Magnification factor (X) | Field of view (mm) | |
| WF10X | Φ18 | ||
| 10X dividing eyepiece (0.1mm/div) | Φ18 | ||
| Flat field consumption Chromatic aberration objective lens |
Magnification factor (X) | Numerical aperture (NA) | |
| 5X | 0.12 | ||
| 10X | 0.25 | ||
| 40X (spring) | 0.60 | ||
| 60X (spring) | 0.75 | ||
| Optical magnification factor | 50X 100X 400X 600X | ||
| Eyepiece tube | Triple eyepiece, tilted at 30 ° with 100% transparency for photography | ||
| lighting system | 6V/20W (halogen lamp), adjustable brightness | ||
| compensator | Gypsum flakes, mica flakes, quartz wedges | ||
| Intermediate connecting tube | Built in analyzer, can freely switch between normal observation and polarized observation, 90 ° rotation, with scale, cursor value of 12 ' | ||
| Push in Burgundy mirror with adjustable center | |||
| λ compensator λ/4 compensator quartz wedge compensator | |||
| focus system | Equipped with limit and adjustable elastic device, with a micro adjustment grid value of 0.002mm coaxial common rail coarse micro adjustment focusing | ||
| stage | Rotating stage, diameter: Φ 150mm, 360 ° equally divided scale, grid value of 6 ', adjustable center, with locking device | ||
| color filter | Blue frosted glass | ||
Eyepiece: 16X
Objective lens: 4X 20X 100X
Polarization analysis software (GM-PG2000)
Two dimensional measurement software (GM-2000M)
