iPLM-43 Polarizing Microscope

iPLM-43 Polarizing Microscope(1)
iPLM-43 Polarizing Microscope(2)
iPLM-43 Polarizing Microscope(3)
iPLM-43 Polarizing Microscope(4)
iPLM-43 Polarizing Microscope(5)
iPLM-43 Polarizing Microscope(6)
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Product Features & Applications

Product Feature:

  • The T-shaped roof and modular structure are adopted, which is highly rigid, stable and can be flexibly disassembled. The special surface treatment not only enhances aesthetics but also provides practicality. Moreover, it optimizes the concentrated lighting system for energy conservation and environmental protection.
  • The reflective illuminator features preset slots and multiple optical components. The polarizer can be removed, enabling both natural light observation and convenient component replacement to meet various needs.
  • A 160mm large-diameter graphite-coated worktable with 360° smooth rotation and real-time locking function. Special silk-screened scale lines are used to prevent wear and fading over long-term use.
  • A large-aperture telescopic achromatic condenser lens, with adjustable center and elevation, and equipped with a diaphragm, provides sufficient and uniform illumination for observation at various magnifications and photography, resulting in clear images.
  • The low-hand position coarse-fine coaxial focusing mechanism, equipped with multiple adjustment and limit devices, provides a comfortable operation. It also enables quick switching of slides and protects the slides as well as the objective lens.
  • Integrating hardware with image analysis software, it supports automatic magnification calibration and brightness memory. Combined with professional condenser observation components, it offers precise measurement and efficient observation.

Product Application

  • Geological field: Facilitates the observation of optical properties of rock thin sections, helps in the identification of minerals, and analyzes the structure of rocks and their formation environments.
  • Chemical industry: Capable of detecting the crystal phase of liquid polymer materials, assisting in controlling material performance and production quality
  • Research and teaching: Research institutions and universities can utilize this to conduct experimental teaching, thereby cultivating students’ abilities in microscopic observation and material analysis.