Phase Contrast Microscope | SIMTRUM Photonics Store

The SIMTRUM STUPH202i & STUPH203i Phase Contrast Microscopes are precision instruments designed for detailed observation of specimens that are transparent and lack contrast when viewed under normal light conditions. They feature a UCIS optical system, a rotatable binocular head for ergonomic use, and objective lenses for a range of magnifications. These microscopes are ideal for live cell observation and are commonly used in microbiology, cytology, and various other fields where detailed cellular analysis is required.

Standard Configuration Technical Parameters

Q1: What is a Phase Contrast Microscope and what is it used for?

A1: A Phase Contrast Microscope is a specialized type of microscope that allows for the visualization of transparent specimens, such as living cells, typically without the need to stain or kill them, making it invaluable for observing cell morphology and movement.

Q2: How does phase contrast microscopy work?

A2: It works by converting the phase shifts of light passing through a transparent specimen to changes in amplitude, which creates contrast. This makes details within cells, like organelles, visible.

Q3: What are the advantages of using a Phase Contrast Microscope?

A3: The main advantage is the ability to observe living cells in their natural state without staining. This non-invasive method is essential for studying biological processes in real time.

Q4: Are there any limitations to phase contrast microscopy?

A4: While powerful, it cannot provide the resolution of electron microscopy and may produce halos around the specimen, which can obscure some details.

Q5: Can the Simtrum microscope range cater to professional research needs?

A5: Absolutely. With high magnification lenses and precision focusing, these microscopes are perfect for advanced research, offering the detailed analysis required in professional settings.

Q6: Are Simtrum microscopes suitable for educational environments?

A6: Yes, the ergonomic design and ease of use make them an excellent tool for educational purposes, enhancing student engagement and learning.

Q7: How does LED illumination benefit microscope use?

A7: LED lights provide a cool, consistent light source, reducing sample heating and offering clearer visualization over extended periods, which is crucial for lengthy laboratory sessions.

Q8: Why is magnification range important in a microscope?

A8: A wide magnification range allows for greater flexibility in viewing specimens at various scales, from a broad overview to intricate details, enhancing both educational and research applications.

Q9: How does the mechanical stage benefit users of microscopes?

A9: A mechanical stage gives users precise control over the position of the specimen, allowing for smooth and accurate scanning across the slide, which is vital for detailed observations.

Q10: What role does LED lighting play in modern microscopy?

A10: LED lighting provides a bright, energy-efficient light source with a consistent color temperature, reducing heat exposure to delicate specimens and improving visibility for the observer.

Q11: For what kinds of research are high NA (Numerical Aperture) lenses most beneficial?

A11: High NA lenses are ideal for applications requiring detailed resolution and high throughput, such as cellular biology, microbiology, and materials science, where clarity is crucial.

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