XTC Series Step Stereo Microscope

Description
  • XTC series stereo microscopes are a kind of positive image microscope; they have long working distance, clear and smooth image quality, wide field, convenience operation etc. They can be used for culture and education, scientific research, farming and forestry, electronics and precision machine industries widely.
    Features
    ▲  Eyepiece field is wide and clear.
    ▲  Equipped with two pairs of objectives
    ▲  Optical tube, 45° inclination. can be rotated 360°, interpupillary distance and the left eyepiece tube diopter can be adjusted, interpupillary distance adjustable range from 55mm~75mm.
Specification
  • Product configuration and main parameter XTC-2 Series


    XTC-2A
     
    XTC-2AI

    XTC-2B
    XTC-2BI
    Model
    Specification
    XTC-2A
    XTC-2AI
    XTC-2B
    XTC-2BI
    Eyepiece
    WF10X(Φ20mm)
    Objective
    1X,3X
    2X,4X
    Total magnification
    10X,30X
    20X,40X
    Visual field
    Φ20~Φ6.7
    Φ10~Φ5
    Working distance
    88mm
    Vertical effective movement
    88mm<=h<265mm
    88mm<=h<130mm
    Base size
    215X160X60mm
    Illumination model
    Reflected light source:12V10W halogen lamp with reflector cup and adjustable brightness

     
    XTC-3 Series

    XTC-3A
    XTC-3AI
     
    XTC-3B
    XTC-3BI
    Model
    Specification
    XTC-3A
    XTC-3AI
    XTC-3B
    XTC-3BI
    Eyepiece
    WF10X(Φ20mm)
    Objective
    1X,3X
    2X,4X
    Total magnification
    10X,30X
    20X,40X
    Visual field
    Φ20~Φ6.7
    Φ10~Φ5
    Working distance
    88mm
    Vertical effective movement
    88mm<=h<265mm
    88mm<=h<130mm
    Base size
    215X160X60mm
    Illumination model
    Reflected light source:12V10W halogen lamp with reflector cup and adjustable brightness
    Transmitted light source:12V10W halogen lamp and adjustable brightness

 

Catalog

Download Brochure

Diagram

Dimensions

Optional Accessories

Name
Sort/Technique parameter
NO.
Eyepiece
Divisional wide field eyepiece  10X(¦µ20mm) 0.1mm/Div
1111010