006 L2003 series reflected metallurgical microscopes

Share on (60420501293):


Price:

Quantity:


Product Overview

Description


L2003 series reflected metallurgical microscopes


L2003A.jpg


L2003A


      L2003 series reflected metallurgical microscopes are suitable to observe the surfaces of non-transparent object. They are equipped with vertical illuminator, plan achromatic objectives with long working distance (no cover glass), wide-field eyepieces and set polarizer device in trinocular. They provide clear and high-contrast picture, convenient operation and etc. They are the ideal instruments for research work in metallography, mineralogy, precision engineering, electronics and etc. They are suitable for scientific research, teaching demonstration in the colleges and factory.


      Features


  With plan achromatic objectives with long working distance (no cover glass) and wide-field eyepieces, can get clear pictures and wide view field.


 Coaxial coarse/fine focus system, with tensional adjustable and up stop, minimum division of fine focusing: 2μm.


  6V 20W Halogen lamp, adjustable control.
  Trinocular, can switch to observe normally or to observe the polarize, can send 100% of light to the binocular eyepieces or to the top port.
    Standard Configuration


 




























































Model



L2003A



L2003B



Eyepiece



Wide field  WF10X(DIA. 18mm)



Objective



Plan achromatic objectives with long working distance (no cover glass) PL 5X/0.12



Plan achromatic objectives with long working distance (no cover glass) PL 5X/0.12



Plan achromatic objectives with long working distance (no cover glass) PL L10X/0.25



Plan achromatic objectives with long working distance (no cover glass) PL L10X/0.25



Plan achromatic objectives with long working distance (no cover glass) PL L40X/0.60



Plan achromatic objectives with long working distance (no cover glass) PL L20X/0.40



Plan achromatic objectives with long working distance (no cover glass) PL L60X/0.75  (Spring )



Plan achromatic objectives with long working distance (no cover glass) PL L40X/0.60



 



Plan achromatic objectives with long working distance (no cover glass) PL L60X/0.75(Spring )



Eyepieces tube



Trinocular, Inclination of 30 degree, (Analyzer with field diaphragm to switch)



Vertical illumination unit



6V 20W, Halogen lamp, adjustable control



Vertical illumination With field diaphragm ,aperture diaphragm and polarizer,(Y,B,G)filter and frosted filter



Focus system



Coaxial coarse/fine focus system, with tensional adjustable and up stop, minimum division of fine focusing: 2μm.



Nosepiece



Quadruple Backward ball bearing inner locating



Quintuple Backward ball bearing inner locating



Stage



Double layer mechanical ( Size:185mmX140mm,movingrange:75mmX50mm)



 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


  


 


 


 


   Optional accessories

























































































Name



Sort/Technique parameter



NO.



Eyepiece



Wide field  WF16X(DIA. 11mm)



1051016



Dividing  10X(DIA. 18mm) 0.1mm/Div



1121010



Objective



Plan achromatic objectives with long working distance (no cover glass) PL L 50X/0.70



2250150



Plan achromatic objectives with long working distance (no cover glass) PL L 80X/0.80



2250180



Plan achromatic objectives with long working distance (no cover glass) PL L 100X/0.85 (Spring)



2250111



Plan achromatic objectives (no cover glass) PL 100X/1.25  (Spring, oil)



2240111



CCD adapter



0.4X



810001



0.5X



810004



1X



810002



0.5X with dividing 0.1mm/Div



810003



Camera



DV-1 With USB & video output



800001



DV-2 With USB output



800003



DV-3 With video output



800005



Photo unit



2.5X/4X Change over photograph attachment with 10X viewing eyepiece



840001



4X Focusing photograph attachment



840002



MD Adapter



840003



PK Adapter



840004



Digital camera adapter



CANON(A610,A620,A630,A640)



820001



 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


 


0.0912 s.