Polarization microscope/mineral phase microscope is a commonly used instrument for studying and identifying substances with birefringence using the polarization characteristics of light. Mineral phase microscope can be used by a wide range of users for transmission single polarization observation, orthogonal polarization observation, and cone light observation. The mineral phase polarizing microscope is equipped with gypsum λ, mica λ/4 test pieces, quartz wedges, and moving rulers, and can also be used for chemical fiber, semiconductor industry, and polymer observation. Polarized microscope is widely used in research and inspection in the fields of geology, chemical engineering, materials, and research and development. 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 universities to conduct research and teaching.
Performance characteristics of polarizing mineral phase microscope
▲ Adopting an infinite optical system.
▲ Configure an infinite stress free flat field objective lens.
▲ Wide angle flat field eyepiece: field of view diameter of Ø 22mm.
▲ Coarse micro motion coaxial focusing mechanism, adjustable coarse motion tightness, with limit locking device, micro motion grid value: 2 μ m.
▲ Detachable polarizing device, capable of 360 ° polarization direction rotation, with four gears of 0, 90, 180, and 270, placed below the aperture light bar
▲ Push type polarization detection device, capable of 360 ° polarization direction rotation, easy to remove from the optical path
▲ Rotating stage, 360 ° equally divided scale, with a grid value of 6 ', adjustable center, and equipped with a locking device.
▲ Wide voltage power supply (85-265V 50/60Hz). 6V30W halogen lamp illumination with adjustable brightness.
The three eyepiece tube can freely switch between visual observation and microscopic photography, with 90% light transmission during photography, suitable for low light microscopic image shooting.





Standard configuration
eyepiece |
||||
Dividing eyepiece 10X (field of view Φ 22mm) grid value 0.10mm/grid |
PL 4X/0.10 working distance: 19.8 mm |
|||
PL 40X/0.65 (spring) working distance: 0.66 mm |
||||
Transmissive illumination |
6V30W halogen lamp, adjustable brightness |
|||
Abbe spotlight with a numerical aperture of 1.25 and a variable light barrier |
Rotating stage, with a diameter of Φ 150mm, 360 ° equally divided scale, a grid value of 6 ', adjustable center, and equipped with a locking device. |
Four holes (adjustable converter center) |
Built in polarizer, can freely switch between normal observation and polarized observation, can be 90 ° |
|
Push in Burgundy mirror with adjustable center |
||||
compensator |
||||
Eyepiece tube |
||||
focusing mechanism |
||||
System Composition |
Computer type (WMP-6308C): 1. Polarized microscope 2. Adaptor lens 3. Camera (CCD) 4. Computer (optional) |
|||
Digital camera type (WMP6308D): 1. Polarization microscope 2. Adaptor lens 3. Digital camera (optional) |
Select accessories
Category/Technical Parameters |
Stress free flat field achromatic objective lens |
||
PL 60X/0.85 (spring) working distance: 0.46mm |
Five hole (outward facing ball and inward positioning) |
Mobile range: 30mmX25mm |
0.4X |
1X |
|||
Camera equipment |
|||
DV-2 with USB output (130/300/500/1 million pixels) |
|||
Digital camera connector |
|||
software |
Polarization image two-dimensional measurement software |


