Our metallurgical microscope is a specialized optical instrument designed for the examination and analysis of opaque materials, particularly in metallurgy and materials science. It features advanced optics and illumination techniques, allowing for the observation of polished metal samples and other solid materials that cannot be made transparent. Metallurgical microscopes often incorporate polarized light, darkfield illumination, and various imaging capabilities for inspecting the microstructure, composition, and defects in metallic alloys and materials.
Viewing head |
Siedentopf trinocular viewing
Inclined at 30°
Interpupillary distance
48 mm ~ 75 mm |
Eyepiece |
Extra wide field eyepiece
EW10×/22mm, eyepiece tube Φ30mm
5X/ 0.12/∞/ - (BF&DF) WD 12mm
10X/ 0.25/∞/ - (BF&DF) WD 10.0mm |
Infinite plan achromatic objective |
50X/ 0.75/∞/ 0 (BF&DF) WD 0.32mm
100X/ 0.8/∞/ 0 (BF&DF) |
Maximum sample height |
50 mm |
Viewing head |
Siedentopf trinocular headsplitting ratio
Erect image, 30° inclined
Interpupillary distance: 50 mm ~ 76 mm
Eyepiece:Trinocular = 100:0 or 0:100 |
Eyepiece |
High eyepoint wide field plan eyepiece PL10X/25 mm, diopter adjustable |
Objective |
Bright & Dark Field Semi-Apochromatic Metallurgical Objective 5X, NA=0.15, WD=13.5mm
Bright & Dark Field Semi-Apochromatic Metallurgical Objectives 10X, NA=0.30, WD=9mm
Bright & Dark Field Semi-Apochromatic Metallurgical Objectives 20X, NA=0.50, WD=2.5mm
Bright & Dark Field Semi-Apochromatic Metallurgical Objectives 50X, NA=0.80, WD=1.0mm
Bright & Dark Field Semi-Apochromatic Metallurgical Objectives 100X, NA=0.90, WD=1.0mm |
Nosepiece (with DIC slot) |
Bright & Dark Quintuple Nosepiece |
Stage |
Double layer mechanical stage 188 × 148 mm
Moving range 78 × 54 mm |
Viewing Head |
Siedentopf binocular viewing head
Inclined at 30°
Interpupillary
distance 48 mm ~ 75 mm |
Extra Wide Field Eyepiece |
WF10X / 22 mm
WF10X / 22 mm Eyepiece with scale of cross hair |
Infinite Plan Achromatic Objective |
5X/0.12/∞/- (BF&DF) LWD 10 mm
10X/0.25/∞/- (BF&DF) LWD 10mm
20X/0.40/∞/0 (BF&DF)LWD 5.0 mm
50X/0.75/∞/0 (BF&DF)LWD 1.3mm
100X/0.90(Dry)/∞/0 (BF&DF)LWD 0.7mm |
Viewing Head |
Seidentopf type binocular head
Inclined at 30°
360° rotatable
Interpupillary distance 48 mm ~ 75 mm
Light distribution: 20:80 |
Eyepiece |
WF10X / 18 mm |
Infinite Plan Achromatic Objectives |
4X / 0.1 / ∞ /- WD 17.3 mm
10X / 0.25 / ∞ /- WD 10.0 mm
40X / 0.60 / ∞ / 0 WD 2.9 mm |
Nosepiece |
Quadruple nosepiece |
Our reflective polarizing microscope is a specialized optical instrument designed for examining reflective and anisotropic materials under polarized light. Unlike traditional transmitted light microscopes, it utilizes reflected light to observe opaque specimens like metals, minerals, and other reflective surfaces. These microscopes feature specialized objectives, polarizers, and compensators to control and analyze the polarization of light. Reflective polarizing microscopes are commonly used in fields like geology, materials science, and metallurgy to study crystalline structures, stress patterns, and other optical properties in opaque samples. They play a crucial role in analyzing material composition and quality, making them valuable tools for research, quality control, and failure analysis in various industrial and scientific applications.
Viewing head |
Binocular |
Eyepiece |
WF10X / 18 |
Optical compensator |
λ Slip (First class red)
1/ 4λ Slip
Quartz wedge |
Achromatic objective |
4X
10X |
We provide an inverted biological microscope, a specialized optical instrument designed for studying biological specimens that cannot be easily examined on a conventional upright microscope. Inverted microscopes have their light source and objective lenses positioned below the specimen, allowing for the examination of cells, tissues, and other biological samples cultured in containers like Petri dishes or multi-well plates. These microscopes are commonly used in cell biology, microbiology, and tissue culture applications, providing a clear view of live cells and tissues in their natural environment.
Viewing head |
Trinocular |
Viewing head inclination |
Inclined at 30° |
Interpupillary distance |
48 mm ~ 75 mm |
Eyepiece |
EW10X/22 mm |
Viewing Head |
Trinocular head inclined at 30°C |
Interpurpillary Distance |
48 – 75 mm |
Eyepiece |
High point, wide field eyepiece EW10x/22mm |
Nosepiece |
Quintuple |
Viewing head |
Seidentopf Trinocular |
Viewing head inclination |
Inclined at 30° |
Interpupillary distance |
48 mm ~ 75 mm |
Eyepiece |
WF10X/20 mmEyepiece tube Φ 30 mm |
Optical system |
Infinite |
Viewing head |
Siedentopf trinocular viewing head, 45° inclined
Interpupillary distance: 47 to 78 mm
Eyepiece interface: Φ30 mm
Fixed diopter |
Objective |
10X Apochromatic objective; NA: 0.45, WD: 4.0 mm, Cover slip: 0.17 mm
20X Apochromatic objective: NA: 0.75, WD: 1.1mm, Cover slip: 0.17 mm
40X Apochromatic objective: NA: 0.95, WD: 0.21mm, Cover slip: 0.11 to 0.23 mm
60X Apochromatic objective: NA: 1.42, WD: 0.25mm, Cover slip: 0.17 mm (O) |
Eyepiece |
10X/25 mm, EP 17.5mm
Adjustable diopter: -5 to +5
Interface: Φ30mm |
Labotronics Wi-Fi digital microscope is a cutting-edge optical instrument equipped with a built-in digital camera and Wi-Fi connectivity, allowing users to view, capture, and share magnified images and videos of specimens wirelessly on smartphones, tablets, or computers. These microscopes offer portability, making them suitable for fieldwork and on-the-go applications. They often feature adjustable magnification, LED illumination, and user-friendly apps or software for image capture and analysis. Wi-Fi digital microscopes are versatile tools used in education, research, quality control, and various hobbyist pursuits, offering the convenience of wireless connectivity for real-time specimen examination and easy sharing of findings, making them valuable for a wide range of microscopy tasks.
Sensor |
3.0MP CMOS sensor |
Image capture resolution |
3M
5M
8M
12M |
Video capture resolution |
1920 x 1080 (1080P)
1280 x 720 (720P)
VGA |
Focus range |
Manual focus from 0 mm to 50 mm |