Inverted Microscopes
Widely utilized in research and clinical laboratories for various biological and material science applications, inverted microscopes possess a unique design and versatility. They are indispensable tools for scientists and researchers examining specimens that traditional upright microscopes may not accommodate.
Inverted microscopes offer a range of benefits, including versatility for various applications, the capability to examine thick specimens, advanced imaging techniques, customization with accessories, stability, ergonomic design, and suitability for live cell imaging. These advantages establish them as crucial instruments in scientific and research settings.
The selection between an inverted microscope and an upright microscope hinges on the specific requirements of the application. Inverted microscopes excel in examining thicker or larger specimens, particularly in biological and cell culture studies. Conversely, upright microscopes, with their versatility, are suitable for a broad spectrum of routine microscopy applications, making them a prevalent choice in clinical and research laboratories.
KMXJL17AT, 100X – 600X, Routine and Research, Inverted Metallurgical Microscope
Known for its user-friendly design, especially when working with numerous specimens requiring frequent changes of polished 'micros,' the KMXJL17AT offers an inverted configuration. This ensures that each new specimen is instantly in focus, making it particularly advantageous for examining large specimens that won't fit beneath an upright microscope model. Additionally, the microscope is equipped with a trinocular head, ready for digital camera attachment.
Featuring high-quality plan achromatic metallurgical objectives beneath the stage, the microscope allows adjusting focusing tension, with a focus lock safeguarding objectives from potential damage. Illumination is provided by an LED illuminator, offering adjustable intensity, field, and aperture diaphragms, along with Y, G, B, and diffusion filters. Constructed on the sturdy XJL inverted series microscope frame, it ensures a stable and durable platform suitable for the most demanding applications.
Optional accessories, such as camera adaptors, digital cameras, image analysis software, additional objectives, and eyepieces, enhance the microscope's versatility. Specifics include:
- Head: Trinocular Head with interpupillary distance adjustment
- Eyepieces: 10X Widefield Eyepieces
- Objectives: 4 Long Working Distance Plan Achromatic Objectives (10X WD 8.8mm, 20X WD 8.6mm, 40X WD 3.7mm, 60X WD 1.3mm)
- Stand & Focus Mechanism: Substantial stand with Coarse/Fine Focus, Adjustable Tension, and Limit Stopper
- Stage and Condenser: Double Layer Mechanical Stage (180mmx150mm, movement range 15mm x 15mm)
- Illumination: Reflected LED Illumination, including Field and aperture diaphragms, Y, G, B Frosted Filters
KMXJL17ATPOL, 50X – 600X, Routine and Research, Inverted Metallurgical Microscope
The KMXJL17ATPOL, with user-friendly operation, is designed for dealing with numerous specimens requiring frequent changes of polished 'micros.' Its inverted microscope design ensures that each consecutive specimen remains instantly in focus, making it highly beneficial for examining sizable specimens that do not fit beneath an upright microscope model. Moreover, it comes equipped with a trinocular head, ready for digital camera attachment.
Boasting a comprehensive collection of top-quality plan achromatic metallurgical objectives beneath the stage, the microscope allows adjusting focusing tension, with a focus lock safeguarding objectives from potential damage. It utilizes LED lamphouse illumination, featuring adjustable intensity, field, aperture diaphragms, and a set of Y, G, B, and diffusion filters. The microscope is constructed on the robust XJL inverted series microscope frame, providing a stable and durable platform suitable for the most demanding applications.
Optional accessories include camera adaptors, digital cameras, image analysis software, additional objectives, and eyepieces. Details of the Long Working Distance Plan Achromatic Metallurgical Objectives included are as follows: 5X (WD 18mm), 10X (WD 8.8mm), 20X (WD 8.5mm), and 60X (WD 1.3mm). Additional specifications include:
- Head: Trinocular
- Eyepieces: 10X
- Objectives: 4 Long Working Distance Plan Achromatic Objectives (5X WD 18mm, 10X WD 8.8mm, 20X WD 8.5mm, 60X WD 1.3mm)
- Stage: Double Layer Mechanical Stage (180mm x 150mm, movement range 15mm x 15mm)
- Illumination: Reflected LED Illumination, accompanied by field and aperture diaphragms, Y, G, B Frosted Filters, and a polarizer.
