Powered by BiozMSV-5000 Series UV-Visible/NIR Microspectrophotometers
The MSV-5000 Series UV-Visible/NIR Microspectrophotometers can be used for a broad range of applications including the measurement of transmittance/reflectance spectra, band gap, film thickness, evaluation of the optical characteristics of functional crystals and color analysis of microscopic samples. The MSV-5000 series includes 3 different configurations for UV-Visible/NIR microscopy:
MSV-5500 200 – 900 nm (PMT)
MSV-5700 200 – 2700nm (PMT/ PbS)
MSV-5800 200 – 1700nm PMT/InGaAs
System Features
Scanning Dispersive Optical System
The optical system uses a precision double-beam scanning monochromator, it includes all of the features of a research grade scanning UV-Visible/NIR spectrophotometer with selectable spectral band width for variable spectral resolution as well as selectable circular apertures and an adjustable rectangular aperture for sample area discrimination for measurement through the microscope.
Objective Lenses
The automatic objective carousel can be used to select any of the available 10X, 16X or 32X cassegrain objectives. In combination with a standard optical zoom feature for enhanced video imaging of the sample using a high-resolution CMOS camera.
Options include binocular viewing, polarized observation and refractive objective lenses.
Wide Spectral Measurement Range
The microscope system includes wide-band cassegrain objectives for high throughput transmittance/reflectance measurements continuously from 200 to 2700 nm (MSV-5700).
Polarization Measurement
Automated Glan-Taylor polarizers (standard) provides polarization measurements in combination with the optional automated polarization analyzer.
Automatic XYZ Stage
The optional automated stage enhances the operation performance of the system especially for mapping and multi-point measurements.
Spectra Manager™ Suite
Spectra Manager™ Suite, the cross-platform control and analysis package for all JASCO spectroscopic instruments, offers quick and easy data acquisition and analysis.