XIF200 Inverted Research Fluorescence Microscope

Key Benefits

• Infinity optical system ensures consistent image quality across all magnifications and objectives
• Inverted design allows observation of specimens on a large stage with minimal interference from the optics
• Binocular head with 45o inclination and 48-75mm interpupillary adjustment improves operator comfort during long sessions
• High eye-point eyepiece WF10X/20 enables comfortable viewing with glasses and reduces eye strain
• Supports multiple fluorescence excitation filters (UV, blue, green) and phase-contrast objectives for diverse sample types
• Mechanical stage with 50mm x 50mm movement range allows precise positioning of large or multiple samples
• Ultra long working distance condenser supports thick specimens and high numerical aperture objectives
• C-mount adapters (0.5X, 0.25X, 1X) allow integration with external cameras for documentation and analysis

Application Scenarios

• Live cell imaging in tissue culture labs where the inverted design avoids interference with culture dishes
• Fluorescence inspection of biological samples such as stained cells, tissues, or proteins
• Phase-contrast observation of unstained live cells and microorganisms in liquid culture
• Material science analysis of thin films, coatings, or semiconductor layers under fluorescence
• Quality control of microelectronic components using fluorescence to detect defects or contamination
• Teaching and demonstration in university labs where multiple students observe the same sample via camera output

Who It Is For

• Research laboratories in biology, cell biology, and biomedical sciences
• Clinical and veterinary diagnostic labs performing fluorescence staining and cell analysis
• Material science and semiconductor quality control departments
• University teaching labs in life sciences and engineering
• Industrial R&D teams working with biological or optical materials

Problems It Solves

• Traditional upright microscopes obstruct the space above the specimen, limiting access for culture dishes or large samples
• Fixed interpupillary distance forces operators to adjust head position, causing fatigue during extended use
• Lack of fluorescence excitation filters and phase-contrast objectives limits the ability to analyze live or unstained samples
• Small mechanical stage movement range restricts the ability to scan large or multiple samples without repositioning
• No C-mount interface prevents integration with digital cameras for documentation or automated analysis
• Poor optical stability in multi-objective systems leads to focus shift and image degradation

Technical Features

• Infinity independent achromatic optical system for consistent image quality across objectives
• One-piece structure enhances mechanical stability and reduces vibration during observation
• Binocular inclined 45o head with interpupillary adjustment 48-75mm and diopter adjustment
• High eye-point plan eyepiece WF10X/20 for comfortable viewing with glasses
• Infinity long distance plan achromatic objectives: 4X, 10X, 20X, 40X, 60X
• Phase-contrast objectives available in positive and negative contrast modes
• UV, blue, and green excitation filters for fluorescence imaging
• Multi-functional semi-reflector for switching between brightfield and fluorescence
• Fixed stage 240mm x 260mm with XY hand wheel movement range 135mm x 85mm
• Mechanical stage 350mm x 208mm with 50mm x 50mm movement range
• Quintuple nosepiece for quick objective switching
• Ultra long working distance condenser for thick specimens and high NA objectives
• LED lamp house and 6V 30W halogen lamp with Osram bulb for stable illumination
• 100W DC Osram mercury lamp house and power supply for high-intensity fluorescence
• C-mount adapters (0.5X, 0.25X, 1X) for camera integration
• Filter holders with blue, green, yellow filters (φ34mm)
• Diaphragm adjustment handle for controlling illumination intensity
• Dust cover for protection during storage

Specifications

Specifications are taken from the AMADA product data for this item. Confirm critical dimensions with us in writing before ordering.

Customization Options

• Binocular head with optional diopter adjustment for individual operator settings
• Selection of eyepieces: WF10X/20, WF10X/22, WF10X/20 reticule
• Choice of objectives: 4X, 10X, 20X, 40X, 60X, phase-contrast variants
• Addition of UV, blue, green excitation filters and corresponding filter holders
• Integration of 100W DC Osram mercury lamp house and power supply
• Installation of C-mount adapters (0.5X, 0.25X, 1X) for camera connection
• Replacement of standard halogen lamp with 100W DC mercury lamp for high-intensity fluorescence
• Addition of multi-functional specimen holder (76x26 φ54mm) for specialized samples

Comparison With Other Options

Use Guide

• Adjust the interpupillary distance between 48mm and 75mm before focusing to ensure a single merged image
• Use the diopter adjustment on the right eyepiece to match individual vision before focusing
• Start with the lowest magnification objective (4X) to locate the specimen, then switch to higher magnifications
• For fluorescence imaging, ensure the correct excitation filter is in place and the mercury lamp is properly aligned
• Use the mechanical stage for precise movement of large or multiple samples without repositioning the specimen
• Connect a camera via the 0.5X, 0.25X, or 1X C-mount adapter for image capture and documentation
• Allow the mercury lamp to warm up for at least 10 minutes before use to achieve stable output
• Cover the microscope with the dust cover when not in use to prevent contamination