Biological microscope LB-21BIM is an instrument with built-in battery compartment for outdoor work. Optical head with inclination and 360° swivel function reduces fatigue while viewing. LED illumination system enables specimen viewing with their natural colours. Various optional accessories upgrade unit and make it more flexible for advanced applications.
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Viewing head | Monocular |
Viewing head inclination | Inclined at 45°, 360° rotatable |
Eyepiece | WF10X/16 mm WF25X/6.5 mm |
Objective | Achromatic objective 4X, 10X, 40X |
Nosepiece | Triple |
Stage | Plain stage with slide clips 95 mm x 95 mm |
Focusing | Coaxial coarse and fine adjustment |
Condenser | Single lens NA 0.65 with disc diaphragm |
Illumination | 0.1 W LED Illumination, brightness adjustable |
Power supply | AC 100 V ~ 220 V (Power adapter) DC 5 V (Input voltage) |
Dimension | 280 x 190 x 400 mm |
Weight | 3 kgs |
Features
Applications
Used in academic, schools and education institutes for sample analysis, to observe cell, tissues and other specimens
Optional Accessories
Accessory No | Accessory | Accessory Specification |
21BIMA1 | Eye piece | WF16X/11mm |
21BIMA2 | Eye piece | WF20X/9.5mm |
21BIMA3 | Stage | Plain Stage with mechanical ruler 95 × 95 mm/60×30 mm |
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2 years ago
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1 year ago
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Optical system | Infinite optical system |
Viewing head | Seidentopf Binocular |
Viewing head inclination | 30° inclined |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Monocular |
Viewing head inclination | Inclined at 30° , 360° rotatable |
Interpupillary distance |
Optical system | Finite optical system |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | |
Viewing head inclination | |
Interpupillary distance |
Optical system | Infinite optical system |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | 30° inclined |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 55 mm ~ 75 mm |
Optical system | Infinite optical system |
Viewing head | 3.0 MP digital camera , Binocular head |
Viewing head inclination | 30° inclined |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 55 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 55 mm ~ 75 mm |
Optical system | |
Viewing head | Monocular |
Viewing head inclination | Inclined at 45° , 360° rotatable |
Interpupillary distance |
Optical system | |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Monocular |
Viewing head inclination | Inclined at 45° , 360° rotatable |
Interpupillary distance |
Optical system | Infinite optical system |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | |
Viewing head inclination | |
Interpupillary distance |
Optical system | |
Viewing head | Monocular |
Viewing head inclination | Inclined at 45° , 360° rotatable |
Interpupillary distance |
Optical system | |
Viewing head | Binocular |
Viewing head inclination | Inclined at 45°, 360° rotatable |
Interpupillary distance | 54 mm ~ 77 mm |
Optical system | |
Viewing head | |
Viewing head inclination | |
Interpupillary distance |
Optical system | |
Viewing head | Sliding Binocular ; 1.3 MP digital camera |
Viewing head inclination | Inclined at 45° , 360° rotatable |
Interpupillary distance | 55 mm ~ 75 mm |
Optical system | Finite optical system |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Sliding Binocular |
Viewing head inclination | Inclined at 45° , 360° rotatable |
Interpupillary distance | 55 mm ~ 75 mm |
Optical system | |
Viewing head | Sliding Trinocular |
Viewing head inclination | Inclined at 45° , 360° rotatable |
Interpupillary distance | 55 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Sliding Binocular |
Viewing head inclination | |
Interpupillary distance |
Optical system | Infinite optical system |
Viewing head | Seidentopf Binocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Optical system | |
Viewing head | Seidentopf Trinocular |
Viewing head inclination | Inclined at 30°, 360° rotatable |
Interpupillary distance | 48 mm ~ 75 mm |
Binocular magnification | 8 X |
Binocular | 0 to 180° inclinable |
Eyepiece magnification | 12.5 X |
Interpupillary distance | 50 mm to 80 mm |
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 |
Labotronics long working distance stereo microscope is a specialized optical instrument designed for observing and working with specimens that require a significant distance between the objective lens and the specimen. These microscopes provide a larger space or "working distance" under the objective lenses, making them suitable for tasks that involve manipulating or repairing samples while maintaining clear and magnified observation. Long working distance stereo microscopes are commonly used in fields like electronics, entomology, and circuit board assembly, allowing users to access and work on delicate or larger specimens without the need for physical contact.
Viewing head | Binocular |
Eyepiece | WF 10X / 20 mm |
Inclination | 45° |
Diopter adjustment | ± 5 dp |
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 | Trinocular head |
Viewing head inclination degree | Inclined at 30° |
Interpupillary distance | 48 mm ~ 75 mm |
Eyepiece | High-point, extra wide field eyepiece EW10×/ 20mm |
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 |
Resolution | 12.0 Mega Pixel |
Video Resolution | 1920 × 1080 / 30 fps |
Sensor Size | 1 / 2.5 Inches |
LCD Screen | 9 Inches HD LCD Screen, Resolution is 1280 × 800 MP |
Viewing head | Siedentopf trinocular head |
Viewing head inclination degree | Inclined at 30° |
Interpupillary distance | 48 mm ~ 75mm |
Eyepiece | WF10X/ 20 mm |
We provide portable metallurgical microscope, a compact and handheld optical instrument designed for the examination and analysis of metallic materials, particularly in the field or on-site applications. It features advanced optics and illumination systems to allow for the observation of polished metal samples and solid materials, even in challenging environments. These microscopes are commonly used in industries like metallurgy, welding, and materials research, where rapid, on-the-go analysis is essential. Portable metallurgical microscopes often incorporate polarized light and other illumination techniques for inspecting microstructures, defects, and material composition, contributing to improved quality control and product assessment in real-time.
Eyepiece | Plan eyepiece 10X / 18 mm |
Objective | Long work distance plan objective: 10X/0.25, WD7.3 mm 500X/0.70, WD 0.5 mm |
Total Magnification | 100X, 500X |
Mechanical tube length | 160 mm |
Address: Labotronics Scientific. 1007 N Orange St.,
Wilmington, DE 19801, USA
Mail: info@labotronics.com
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