SZX16 Research-Grade System Stereo Microscope

Type: Dichroic Mirror Passband: 515-700 nm Stopband: 420-500 nm

The dichroic mirror (FITC DM) provides high transmission ≥90% at 515-700nm and high reflection OD2 at 420-500nm. It suits fluorescence microscopy and flow cytometry in the FITC Alexa Fluor 488 channel. This domestically manufactured dichroic mirror supports customization, and stock products are available for a 30-day free trial.

Microscopy Module - Objective: Five-Position Turret for Different Magnifications/Bands and Long-Working-Distance Objectives, e.g. 5~100x Plan Semi-Apochromats and 20x Near-UV Objectives Microscopy Module - Imaging Module: Adjustable-Intensity Koehler Illumination and 600w-Pixel Color Camera Microscopy Module - Probe Station: 4 Probe Holders with 10um Tips and Triaxial Cables, Leakage <1pA; XYZ Adjustment, 12mm Travel and 1um Adjustment Precision

gora-LTC integrates EQE (external quantum efficiency), TPV/TPC (transient photovoltage/transient photocurrent), LBIC (light-beam-induced current imaging), current-noise spectra and other modules, with custom configurations available. It is a high-precision comprehensive optoelectronic testing platform for characterizing optoelectronic materials and devices.

The Olympus BX3M series upright metallurgical microscope uses a modular design to provide varied solutions for a broad range of materials-science and industrial applications. Depending on the industrial or materials-science application, BX53 can be configured as a reflected-light microscope, transmitted/reflected-light microscope, infrared microscope, polarized-light microscope and other application configurations.

Optical Systems: UIS2 Optical System (Infinity-Corrected System) Observation Head: Adjustable Tilt 5°~35°, Upright Infinity-Corrected Hinged Trinocular Tube, One-Sided Diopter Adjustment ±5; Interpupillary Range 50mm~76mm; Two Split Ratios, Binocular:Trinocular=100:0 or 0:100 Eyepiece: High-Eyepoint Wide-Field Plan Eyepiece PL10X/22mm, Diopter Adjustment, Optional Reticle

Manji Optoelectronics' DMF1000IR infrared measuring microscope combines infrared spectroscopy with high-magnification microscopy. It supports brightfield, darkfield and polarized differential interference contrast observation. Dedicated IR objectives enable imaging through silicon for semiconductor inspection and measurement.

Optical Systems: UIS2 Optical System (Infinity-Corrected System) Observation Method: Reflection/Transmission Light Source: Bright field/dark field/polarization/differential interference/fluorescence/infrared

Manji Optoelectronics DMX1000 3D digital optical microscope combines optics and an industrial HD camera for direct monitor imaging. Internal optical zoom meets magnification needs;motorized scanning generates3D profiles. For high-magnification/3D observation,metallography and precise dimensional measurement.