JBM-3D Zoom lens Specification:
● Zoom Ratio: 1:7
● Zoom objective: 0.7X-5X
● Eyepiece: 0.4X
● Working Distance: 100mm
● Vertical post height: 240mm
● Vertical post diameter: φ32mm
● Microscope body holder: φ50mm
● Focus travel: 50mm
● Base size: 320x260x16mm
● Material: Metal
● Outer diameter: 100mm
● Inner diameter: 61mm
● Wattage: 4.5W
● Input voltage: 90V-264V
● Output voltage: DC12V
● Brightness adjust: 0-100%
● Working distance: 40-250mm
● Quantity of LED: 144PCS
● Brightness: 20000Lux at height of 100mm
● Color of light: 6400K
The Monozoom 3D Microscope represents a groundbreaking advancement in microscopy technology, offering users an immersive three-dimensional exploration of the microscopic world. With its cutting-edge features and precision engineering, this microscope is designed to deliver unparalleled clarity and depth in scientific research, education, and various industrial applications.
1. Stereo Imaging:
- The Monozoom 3D Microscope employs advanced stereo imaging technology, providing users with a lifelike, three-dimensional view of specimens. This feature enhances the depth perception and spatial understanding of microscopic structures.
2. High-Resolution Optics:
- Equipped with state-of-the-art optics, this microscope ensures exceptional image quality and resolution. Researchers and educators can explore fine details with clarity, making it a valuable tool for a wide range of applications.
3. Versatile Illumination:
- The microscope features customizable illumination options, allowing users to adjust and optimize lighting conditions for various specimens. Whether observing translucent biological samples or opaque materials, the Monozoom 3D Microscope adapts to different illumination requirements.
The Monozoom 3D Microscope finds applications across various fields:
- Industrial Quality Control: Ensure product quality with detailed inspections of manufactured components, identifying imperfections and ensuring adherence to quality standards.
- Biological Research: Explore the intricate structures of biological specimens in three dimensions, providing valuable insights for cellular and molecular studies.
- Material Science: Analyze the microstructure of materials with precision, making it an indispensable tool for material scientists and engineers.