Our LCD digital stereo microscope is an advanced optical instrument that combines the benefits of stereo microscopy with digital imaging technology. It is designed for three-dimensional observation and analysis of specimens with built-in digital cameras and LCD screens. These microscopes provide a real-time, high-resolution display of samples with depth perception, making them ideal for applications like assembly and inspection in electronics, manufacturing, and quality control. They feature adjustable magnification, built-in LED lighting, and user-friendly digital controls.
| Photo resolution |
12.0 MP( 4032 × 3024 ) |
| Video resolution |
1080 P/ 30 fps |
| Moving range |
|
| Zoom ratio |
1 : 6.5 |
| Photo resolution |
12.0 MP ( 4032 × 3024 ) |
| Video resolution |
1080P / 30fps |
| Moving range |
30 mm × 30 mm |
| Zoom ratio |
1 : 6.5 |
| Photo resolution |
5.0 MP ( 2560 × 1920 ) |
| Video resolution |
720P / 30fps |
| Moving range |
30 mm × 30 mm |
| Zoom ratio |
1 : 6.5 |
| Photo resolution |
5.0 MP ( 2560 × 1920 ) |
| Video resolution |
720 P/ 30 fps |
| Moving range |
|
| Zoom ratio |
1 : 6.5 |
Labotronics motorized monocular microscope is an advanced optical instrument equipped with a single eyepiece and motorized components for precise control and automation of various functions. It allows users to remotely adjust magnification, focus, and stage movement using digital controls, enhancing convenience and efficiency during observations. These microscopes often feature digital cameras and imaging systems, enabling the capture and recording of images and videos for documentation and analysis.
| Video Eyepiece |
0.75X |
| Objective |
1X |
| Working Distance |
117mm (from the specimen to illumination part, the distance is 66mm) |
| Zoom Magnification |
0.3X ~ 2.4X |
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 |
Monocular |
| Inter-pupillary distance |
|
| Eyepiece ( Wide field eyepiece ) |
WF10X / 18 mm |
| Eyepiece ( Extra wide field ) |
|
| Viewing head |
Siedentopf binocular |
| 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 ) |
|
Labotronics biological microscope is a fundamental laboratory instrument used to observe and analyze tiny biological specimens, such as cells, tissues, and microorganisms. It consists of optical components, including objective and eyepiece lenses, and an illumination source, allowing magnification and visualization of minute details. They come in various types, such as compound and stereo microscopes, each tailored to specific sample types and observation methods. With features like adjustable magnification, fine focusing, and integrated illumination systems, biological microscopes offer a platform for precise examination, aiding in biological research, education, and diagnostics.
| 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 |
Infinity Optical System |
| Viewing Head |
Binocular Head |
| Inclination |
30° Inclined |
| Objective Type |
Infinity Plan Achromatic |
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 head inclined at 30°C |
| Interpurpillary Distance |
48 – 75 mm |
| Eyepiece |
High point, wide field eyepiece EW10x/22mm |
| Nosepiece |
Quintuple |
| Viewing head |
Trinocular |
| Viewing head inclination |
Inclined at 30° |
| Interpupillary distance |
48 mm ~ 75 mm |
| Eyepiece |
EW10X/22 mm |
| Viewing head |
Seidentopf Trinocular |
| Viewing head inclination |
Inclined at 30° |
| Interpupillary distance |
48 mm ~ 75 mm |
| Eyepiece |
WF10X/20 mmEyepiece tube Φ 30 mm |
