OPTO-EDU A15.2601-TT Polarizing Microscope, Transmit

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April 12, 2022
Category Connection: Digital LCD Microscope
Brief: Discover the OPTO-EDU A15.2601-TT Polarizing Microscope, designed for transmit light applications. Featuring a 5W LED illumination, swing-out condenser, and professional polarizing lenses, this microscope is perfect for detailed analysis. Its trinocular head and joint move design ensure precision and ease of use.
Related Product Features:
  • Transmit 5W LED illumination with swing-out condenser N.A. 0.9/0.13, center adjustable for precise lighting.
  • Professional polarizing Seidentopf trinocular head, inclined 30°, rotatable 360°, with joint move design for consistent cross direction.
  • Non-stress LWD infinity plan objectives (transmitting) for high-resolution imaging.
  • Built-in polarizer lens, analyzer with Bertrand lens, λ, λ/4 slip, and quartz wedge for advanced polarizing applications.
  • Powered by a safety low voltage charger (100V-240V input, 5V1A output), supports power bank for outdoor use.
  • Round stage diameter Φ174mm, rotatable 360° with division 1' and vernier division 6', lockable for stability.
  • Coaxial coarse & fine focusing with 22mm travel range and fine focusing division of 0.002mm for precise adjustments.
  • Koehler illumination system with field diaphragm for optimal light control and clarity.
Faqs:
  • What type of illumination does the OPTO-EDU A15.2601-TT Polarizing Microscope use?
    The microscope features a 5W LED transmit light illumination system, powered by a safety low voltage charger with wide voltage input (100V-240V) and supports power bank supply for outdoor use.
  • What are the key features of the polarizing unit in this microscope?
    The polarizing unit includes an analyzer media unit with adjustable analyzer (0~360°), Bertrand lens, λ slip, λ/4 slip, and quartz wedge, all designed for advanced polarizing applications.
  • Can the OPTO-EDU A15.2601-TT be used for outdoor research?
    Yes, the microscope is equipped with a 5W LED illumination system that can be powered by a power bank, making it suitable for outdoor use and field research.