Portable digital microscope LB-10PDM is an independent and easy to operate handheld unit. It provides powers from 20X and 300X with 5.0MP Image sensor. LED illumination with LED lamps for enhancing details in microscopic images.Compatible for PC usage with USB connection
Buy Now Download CatalogSpecifications
Image sensor | 5.0 Mega Pixels CMOS sensor (interpolated to 12.0MP) |
LCD screen | 3 inches LCD screen, resolution 320 × 240 pixels |
Capture resolution | 12M, 9M, 5M, 3M, 1.3M, VGA |
Focus range | Manual Focus From 10 mm to 50 mm |
Frame rate | Max 30 f / s under 600 Lus Brightness |
Magnification ratio | 20X to 300X (Digital Magnification can be 1200X ) |
Measurement | By software when connected to PC |
Bundled software | PortableCapture Pro with measurement & calibration function |
Microscope size | 130 x 112 x 28 mm |
Weight | 400 g |
Features
Applications
Used in printing, medical, electronics, forensic science laboratories and other scientific research units to examine solid objects such as coins, stamps, rocks, relics, insects, plants, skin, gems, and circuit boards..
Standard Accessories
Accessories No | Accessories |
A1 | Power Adapter |
A2 | USB cable |
A3 | TV cable |
A4 | CD with Software |
A5 | User’s manual |
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Our USB digital microscope is a compact and versatile optical instrument that connects to a computer via a USB port. Equipped with a built-in digital camera, it allows users to view, capture, and record magnified images and videos of specimens directly on a computer screen. USB digital microscopes are ideal for a wide range of applications, including education, quality control, and hobbyist use. They often feature adjustable magnification, built-in LED illumination, and user-friendly software for image capture and analysis. These microscopes contribute to the convenience and efficiency of specimen examination and documentation, making them valuable tools for various microscopy tasks.
Image sensor | 2.0 Mega Pixels CMOS sensor |
Image and video capture resolution | 1920 × 1080 pixels 1280 × 720 pixels 640 × 480 pixels |
Focus ranger | Manual focus from 10 mm to 500 mm |
Frame rate | Max 30 f / s under 600 Lus Brightness |
Image sensor | 5.0 Mega Pixels CMOS sensor (true resolution) |
Image and video capture resolution | 5 M 3 M 1.3 M VGA, QVGA |
Focus ranger | Manual focus from 10 mm to 500 mm |
Frame rate | Max 30 f / s under 600 Lus Brightness |
Image sensor | 1.3 Mega Pixels CMOS Sensor (interpolate to 2MP with software) |
Image and video capture resolution | 1600 × 1280 pixels 1280 × 1024 pixels 1024 × 960 pixels 1024 × 768 pixels 800 × 600 pixels 640 × 480 pixels 352 × 288 pixels 320 × 240 pixels 320 × 240 pixels |
Focus ranger | Manual focus from 10 mm to 500 mm |
Frame rate | Max 30 f / s under 600 Lus Brightness |
Image sensor | 5.0 Mega Pixels CMOS sensor (interpolated to 12.0 MP) |
Image and video capture resolution | 12M 9M 5M 3M 1.3M VGA |
Focus ranger | Manual focus from 10mm to 50mm |
Frame rate | Max. 30 f / s under 600 Lus Brightness |
Our LCD digital polarizing microscope is an advanced optical instrument that combines polarizing microscopy with digital imaging technology. It is equipped with advanced optics, allowing users to study the optical properties and structures of materials in high detail. Additionally, it often includes digital cameras and imaging software, enabling the capture and documentation of polarized images and videos for further analysis and research. LCD digital polarizing microscopes find applications in geology, material science, and life sciences, offering a versatile platform for studying the anisotropic properties of various specimens, which is essential for research, quality control, and educational purposes.
Viewing head | Siedentopf binocular |
Eyepiece ( Wide field plan eyepieces ) | WF10X / 18 mm |
Image resolution | 12 MP |
Video resolution | 1920 × 1080 / 30fps |
Our inverted metallurgical microscope is a specialized optical instrument designed for the examination and analysis of opaque materials, particularly in metallurgy and materials science. Unlike traditional microscopes, it has its light source and objective lenses positioned above the specimen, making it ideal for viewing polished metal samples, ceramics, and other solid materials that cannot be made transparent. Inverted metallurgical microscopes often feature polarized light, darkfield illumination, and advanced imaging capabilities for inspecting the microstructure, composition, and defects in metallic alloys and materials.
Viewing Head | Monocular viewing head |
Eyepiece | Wide field eyepiece WF10X/18 mm Wide field eyepiece WF12.5X/14 mm |
Objective | Achromatic objective 10X/0.25, WD=6.3 mm Plan achromatic objective 40X/0.65, WD=0.7 mm Achromatic objective 100X/1.25(oil), WD=0.1 mm |
Nosepiece | Triple nosepiece |
Viewing Head | Tinocular viewing head |
Eyepiece | Wide field eyepiece WF10X/18 mm Wide field eyepiece WF12.5X/14 mm |
Objective | Achromatic objective 10X/0.25, WD=6.3 mm Plan achromatic objective 40X/0.65, WD=0.7 mm Achromatic objective 100X/1.25(oil), WD=0.1 mm |
Nosepiece | Triple nosepiece |
Viewing head | Siedentopf trinocular head |
Viewing head inclination degree | Inclined at 30° |
Interpupillary distance | 48 mm ~ 75 mm |
Extra wide field eyepiece | WF10X/ 22 mm WF10X/ 20 mm Eyepiece with scale of cross hair |
Viewing head | Trinocular head |
Viewing head inclination degree | Inclined at 30° |
Interpupillary distance | 48 mm ~ 75 mm |
Eyepiece | High-point, extra wide field eyepiece EW10×/ 20mm |
We provide digital microscope, a modern optical instrument equipped with a digital camera and imaging technology to capture and display magnified images or videos of specimens on a computer or digital device screen. Unlike traditional microscopes, digital microscopes do not require eyepieces; instead, they offer live, real-time digital visualization, making it easier to share and document observations. These microscopes are versatile tools widely used in various fields, including research, education, and quality control, for their ability to capture high-resolution images, measure objects, and record videos for further analysis.
Viewing head | Monocular |
Inter-pupillary distance | |
Eyepiece ( Wide field eyepiece ) | WF10X / 18 mm |
Eyepiece ( Extra wide field ) |
Viewing head | Binocular |
Inter-pupillary distance | |
Eyepiece ( Wide field eyepiece ) | WF10X / 18 mm |
Eyepiece ( Extra wide field ) |
Viewing head | Siedentopf binocular |
Inter-pupillary distance | 55 mm ⁓ 75mm |
Eyepiece ( Wide field eyepiece ) | |
Eyepiece ( Extra wide field ) | EW10X / 20 mm |
Viewing head | Monocular |
Inter-pupillary distance | |
Eyepiece ( Wide field eyepiece ) | WF10X / 18 mm |
Eyepiece ( Extra wide field ) |
Our research biological microscope is an advanced laboratory instrument specially designed for high-resolution observation and analysis of biological specimens. These microscopes offer a wide range of features, including a variety of objective lenses, multiple observation techniques like phase contrast, fluorescence, and DIC, as well as digital imaging capabilities. Research biological microscopes are commonly used in various scientific fields such as cell biology, microbiology, and histology, allowing researchers to explore and document the intricate structures and functions of biological samples. Their precision, versatility, and advanced imaging technology make them indispensable tools for in-depth biological research and the development of scientific knowledge.
Viewing head | Seidentopf Trinocular |
Viewing head inclination | 30° inclined |
Interpupillary distance | 50 mm ~ 76 mm |
Frame | Biological frame (transmitted) |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | 30° inclined |
Interpupillary distance | 50 mm ~ 76 mm |
Frame | Biological frame (transmitted) |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | 30° inclined |
Interpupillary distance | 50 mm ~ 76 mm |
Frame | Fluorescence frame (transmitted) |
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