Fluorescence Microscopy System IMF-U1HMC

JCOPTIX standard fluorescence microscopes use flexible modular construction with six-position filter wheels and transmitted/reflected Köhler illumination. Trinocular imaging supports simultaneous visual observation and camera recording, from basic research to advanced optical-system development. Rapid expansion/customization and full compatibility with JCOPTIX accessories allow standard configurations or individual assembly using users' microscope accessories. LED, fiber-coupled, and free-space sources are supported. Contact support for custom functions/expansion. Standard fluorescence microscope. Model: IMF-U6. Epi-illuminator with removable turret for six filter sets; transmitted/reflected Köhler illumination; Z travel ±25 mm; XY stage travel ±80 mm. JCOPTIX systems use durable vertical 95 mm-profile structures with six-position wheels and transmitted/reflected Köhler illumination. Trinocular optics support simultaneous eye/camera observation for research and advanced development. High flexibility permits customized designs, including functional layouts and sources. All modules can be purchased separately; contact support. Upright relief-phase-contrast fluorescence microscopes. Models: IMF-U6HMC1, IMF-U6HMC2. 6-position epi-Köhler illumination; transmitted Köhler illumination; trinocular head with 3-position switching; brightfield, darkfield, relief-phase-contrast, and fluorescence imaging. Modular 95 mm-profile construction is easy to assemble/expand. 6-position epi-Köhler and transmitted Köhler systems provide uniform illumination and clear images. Optional fluorescence filters support biological fluorescence. A four-position aperture wheel includes a relief-phase-contrast aperture, switching between relief contrast and brightfield for high-quality 3D pseudo-stereoscopic images. Replacing the phase aperture with a darkfield aperture switches between brightfield/darkfield. A trinocular head and USB3.0 color camera with 3-position beam selection support simultaneous visual observation and acquisition. An 80 mm-travel stage and ±25 mm coarse/fine Z lift, with a three-position sliding objective mount, provide coarse positioning, fine focusing, and magnification switching. Applications include biology, microscopic inspection, and research. Contact tech-support@jcoptix.com for customization. Standard single-position fluorescence microscope. Model: IMF-U1HMC. Transmitted/reflected Köhler illumination; Z travel ±25 mm; XY travel ±80 mm; single-position filter holder. JCOPTIX systems use durable vertical 95 mm-profile construction with transmitted/reflected Köhler illumination and camera imaging for research through advanced development. High flexibility permits customization of functions, illumination, and other needs. Modules are sold separately; contact support. Upright relief-phase-contrast fluorescence system technical notes, for IMF-U6HMC1/IMF-U6HMC2. Modular 95 mm-profile construction is convenient to assemble/expand and supports brightfield, darkfield, relief contrast, and fluorescence. Brightfield: epi-illumination and transmitted Köhler systems illuminate uniformly. With high-NA objectives in transmitted brightfield, a condenser raises illumination NA to meet objective resolution. Examples: reflected brightfield checkerboard, 10X metallurgical objective; transmitted brightfield resolution target, 20X metallurgical objective. Darkfield: install an aperture wheel and choose apertures according to objective NA. Transparent unstained specimens reveal details invisible in brightfield without staining/damage, suiting live samples. Examples: reflected darkfield cabbage epidermis, 10X metallurgical objective; transmitted darkfield pine pollen, 10X metallurgical objective. Relief phase contrast: install the relief-aperture wheel, select an appropriate objective, and match the aperture to magnification. Transparent unstained samples yield high-quality 3D pseudo-stereoscopic images without staining/damage for long-term live observation. Examples: 10X Olympus relief-phase-contrast objective, pine pollen; 20X Olympus relief-phase-contrast objective, pine pollen. Fluorescence: select excitation according to dye spectra and install fluorescence filters in the epi-illuminator. Examples: corn-stem section fluorescence with 10X and, separately, 20X metallurgical objectives.

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