Products » Epi-Fluorescence Microscopes

• High Quality Inverted Epi-Fluorescence Trinocular Microscope.
• Inverted Design is made for viewing Tissue Cultures in Petri Dishes.
• Illumination Method #1: Fluorescence Illumination from Incident Light Excitation.
• Illumination Method #2: Brightfield Transmitted Illumination from Halogen Lamp.
• Illumination Method #3: Phase Contrast Illumination from Halogen Lamp.
• Incredible Low Price!

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• High Grade Epi-Fluorescence Trinocular Inverted Tissue Culture Microscope!
• Microscopy Techniques Included: Incident Light Fluorescence Excitation, Phase Contrast Illumination, Brightfield Transmitted Light.
• Looking for an Inverted Fluorescence Microscope? This is a high grade system, capable of excellent quality imaging.
• A Clear and High Contrast Epi-Fluorescence Image is produced with the incident light excitation from the Mercury bulb.
• Ideal for Study of Tissue Cultures, Advanced Biomedical Research, Research in Biology, Cytology, Oncology, Haemotology, Genetics, Immunology, Environmental Protection, and Microchemistry.
• Great for Viewing Live Biological Tissue Cultures in Petri Dishes!
• Inverted Design allows for Viewing from the Bottom of the Dish. Perfect for Examining Liquid Deposits!
• Includes Phase Contrast Kit for Observing Translucent Low Contrast Specimens!
• Also Capable of Transmitted Light, Bright-Field Microscopy
• Compare to Similar Units costing $20,000 with Name Brands!
• High grade optics with great quality imaging.

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• High Quality Professional Epi-Fluorescence Trinocular Microscope!
• If You Need a Fluorescence Microscope, and Don’t have a Fortune to Spend on a Brand Name, then This is for You. For Most Applications, This Microscope will be Plenty Sufficient.
• Research Grade Performance with Highly Advanced Features and Optics!
• Uses Incident Light Excitation to provide a Clear and High Contrast Epi-Fluorescence Image.
• Ideal for Advanced Biomedical Research, Research in Biology, Cytology, Oncology, Haemotology, Genetics, Immunology, Environmental Protection, Microchemistry, Analysis of Sedimentary Rock, and Inspection of Impurities in Semiconductors.
• Also Capable of Transmitted Light, Bright-Field Microscopy.
• Compare to Similar Units costing $20,000 with Name Brands!
• Excellent Bright and Clear, High Contrast Images through High Quality Optics.

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