Darkfield microscope

Darkfield microscopy utilizes oblique illumination to create contrast between light and dark from the tiny surface irregularities of a sample, making it suitable for observing the surface topography of transparent or low-contrast specimens. In materials testing, it is used to analyze the uniformity of paper coatings, surface defects in plastics, and more.

Instruments

Provides 40x magnification and a 0.60 numerical aperture to ensure high resolution and long working distances for a variety of Microscope applications.

$ 138.00

With long working distance objective lens and condenser lens, working distance of 55mm, support phase contrast observation of transparent living body, suitable for cell growth monitoring in culture dish.

$ 3793.00

Using long working distance objective lens and condenser lens, working distance up to 75mm, equipped with phase contrast device to observe unstained living body, support 40X-640X magnification range.

$ 4096.00

Optical inspection system and Modular design can be used to upgrade the functions of polarization and dark field observation; coarse fretting coaxial focusing system fretting grid value of 2 μ m, cylindrical roller guide drive to ensure smooth lifting, suitable for different Film thickness workpiece detection.

$ 6012.00

Optical inspection system with infinity, equipped with long working distance condenser and working distance 55mm, swirl/spin swing-out condenser system can observe high culture dishes without contamination, compact and high rigidity body to meet vibration protection requirements.

$ 3268.00

It has the function of switching between light and dark field of view, supports 40X-1600X magnification range, and uses oblique illumination to make the outline of the sample clearly visible. It is suitable for morphological observation of unstained biological samples.

$ 761.00

Equipped with long working distance objective lens and condenser lens, working distance up to 55mm, support phase contrast observation technology, can directly observe the living cells in the culture dish, magnification 40X-640X.

$ 2993.00

Heavy-duty stainless steel structure ensures stable support, equipped with 3 strong magnets for firm adsorption, maintaining the vertical state of Microscope, suitable for various metal surface fixing needs.

$ 339.00

Equipped with large field of view eyepiece and long working distance flat field color difference objective lens, working distance up to 50mm, with phase contrast device to observe unstained transparent living body, fretting grid value of 2μm to ensure accurate focusing.

$ 2784.00

Using long working distance objective lens, working distance up to 8.8mm, equipped with pull plate phase contrast condenser, support a variety of culture dish specifications, to meet the needs of cell dynamic observation.

$ 2525.00

Optical inspection system with infinity, long working distance objective lens such as 10X0.25 working distance 4.3mm, swirl/spin swing-out concentrating system can observe high culture dishes without contamination, Modular fluorescence system is easy to adjust.

$ 10530.00

With 1:6.4 continuous zoom ratio and 105mm long working distance, large field of view and high resolution, durable and reliable operating mechanism, complete accessories, support a variety of lighting adjustment.

$ 1184.00

Optical inspection system infinity to ensure good imagery mass, 70mm long working distance condenser to support high culture dish observation, coarse fretting coaxial focusing system fretting grid value of 2μm to achieve accurate focusing.

$ 2946.00

Optical inspection system, working distance up to 70mm, support phase contrast observation and a variety of culture dish adaptation, compact and stable body design to meet the requirements of vibration protection, providing clear microscopic imagery effect.

$ 3653.00

Optical inspection design using inverted, working distance up to 55mm, support 40X-640X magnification observation, equipped with phase contrast device can directly observe unstained living cells, especially suitable for microscopic research in culture dishes.

$ 2084.00