Used LOMO TMH4-BF-P #64635 for sale

Manufacturer
LOMO
Model
TMH4-BF-P
ID: 64635
Vintage: 2000
Light Trinocular microscope Includes additional lenses and lens storage case Microscope weighs approx. 16 lbs 2000 vintage.
LOMO TMH4-BF-P is a professional inverted microscope equipped with a plan-apochromatic (Plan-APO) objectives and Kohler illumination, and is designed to provide excellent optics and precise automation for research, medical and industrial applications. The microscope features four different refractive index plan-APO objectives, which all provide excellent color correction and sharp imaging in a wide field of view. Additionally, the telecentric optics design allows for brightfield/darkfield imaging and a magnification range from 20x to 60x. The Kohler illumination system of TMH4-BF-P provides an adjustable light intensity and a uniform, adjustable light field. It also minimizes chromatic aberration and ghost images. The system also incorporates a choice of incident light levels, from cold light sources, allowing for clear and crisp imaging and optimum contrast for brightfield, darkfield and epi-illumination applications. Powerful automation capabilities further enhance the performance of the microscope. The microscope is controlled by a user-friendly touchpad system with a large LCD-display, which includes push buttons for control customization and menu navigation. Its ergonomic design is suitable for long hours of observation, offering improved operator comfort and accuracy. LOMO TMH4-BF-P is equipped with a range of high-quality accessories, such as Plan-Apo Long working distance (LWD) objectives, a 7-position motorized nosepiece, an integrated shock absorbing suspension and an adjustable trinocular port. It also includes an optically compensated 10:1 zoom and a stage that features an X-Y stage movement with selectable speed and directional controls. The advanced optics and automation of TMH4-BF-P microscope facilitate ease of use, consistent results and support a wide range of applications. It is an ideal choice for researchers and professionals seeking to observe and analyze a variety of samples at a high level of precision and resolution.
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