China

Zhongke Purui IPRE4XC Metallurgical Microscopy trinocular inverted, eyepiece magnification 10X

SE
Zhongke Prius IPRE4XC Metallurgical Microscopy is a trinocular inverted Metallurgical Microscopy with a binocular tilt of 30 ° and an IPRE4XC pupil adjustment range of 55mm~ 75mm.
Model:

Ipre IPRE4XC Metallurgical MicroscopySPEC

Ipre IPRE4XC Metallurgical MicroscopyDetails

Ipre IPRE4XC Metallurgical MicroscopyPacking list

SKU
NB007844
Trinocular observation head
Double cylinder tilt is 30 °
pupil adjustment range
55mm~75mm
eyepiece
Large field of view eyepiece 10X (field of view Φ16mm); 10X flat field reticle eyepiece (grid value 0.1mm)
objective lens
Flat field color difference objective 10X, 25X, 40X, 100X (oil)
Total magnification
100X~1000X
Focusing system
Coaxial focus adjustment with coarse fretting, fretting grid value of 2μm, adjustable coarse elastic, with locking and limit device
converter
Four holes (ball positioning)
lighting
Kulie lighting system, 6V20W tungsten halogen lamp, adjustable brightness
stage
150×180mm
Movement range
Vertical 15mm, horizontal 15mm
Dimensions
559mm×195mm×345mm
IPRE4XC
Metallurgical Microscopy
Zhongke Purui IPRE4XC Metallurgical Microscopy trinocular inverted, eyepiece magnification 10X Picture

Introduction

1. The operation is simple, the instrument structure is compact, and the appearance is beautiful and generous;

2. IPRE4XC metallurgical microscope base has a large supporting area, and the curved arm is strong, so that the center of gravity of the instrument is low and stable and reliable. Since the eyepiece and the supporting surface are inclined at 45 degrees, the observation is comfortable;

3. Real-time dynamic observation can be performed on the computer display screen, manual comparison and analysis of the taken metallographic pictures can be carried out, and the required metallographic pictures can also be edited, saved and printed;

4. Measurement graphics can be automatically graded by software.

Application

IPRE4XC metallurgical microscopes are widely used in factories or laboratories to identify the quality of castings; inspect raw materials or analyze metallographic structures after material processing; and conduct research on surface phenomena such as surface spraying. It is an effective method for metallographic analysis of steel, non-ferrous metal materials, castings, and coatings; petrographic analysis of geology; and an effective means for microscopic research on compounds, ceramics, etc. in the industrial field. Instruments are also widely used in fields such as biology, medicine and teaching.

plan

Appearance of Prius IPRE4XC Metallographic Microscope

Side view of Prius IPRE4XC Metallographic Microscope