Material Analysis
Improving cell life and durability through the analysis and evaluation of solar cell components, from semiconductor materials to sensitized dyes.
Solar cells comprise a variety of materials. Effective structural analysis and evaluation of these component materials, along with evaluations of optical characteristics, help to ensure the stability of electrodes, electrolytes, and sensitized dyes. By taking a material-oriented approach, this unit contributes to increased conversion efficiency, as well as improved life and durability of the cells.
High spectral resolution analytical Raman microscope for ultimate performance and flexibility. Options for inverted, free space and dual microscopes.
Silicon crystal is widely used in semiconductors. The PHOTOLUMINOR-D has been designed especially for quantitative impurity analysis of silicon crystals with high sensitivity.
The application of photoluminescence for the quality...
The PHOTOLUMINOR-S has been designed for R&D in many applications and provides high performance and easy operation. High-sensitivity measurement is important for detecting weak photoluminescence...
EMAX ENERGY combined with SEM is an energy dispersive X-ray analyzer which is suited for foreign material and composition analysis. It matches the samples in many applications.
Analyzer is designed to provide pertinent...
The GD-Profiler 2™ provides fast, simultaneous analysis of all elements of interest including the gases nitrogen, oxygen, hydrogen and chlorine. It is an ideal tool for thin film characterization and process studies.
Single point analysis and automated imaging.
Atmospheric pressure analysis.
Spot sizes from 1.2 mm to 10 µm.
The FluoroCube includes an advanced, miniature light source and detector, for the most flexible photon-counting lifetime fluorimeter available today.
The TemPro brings affordable lifetime spectroscopy to any lab, using time-correlated single-photon counting fluorescence spectroscopy.
MR-VS series are new special instruments for spectrum measurement which employ compact spectrograph and optical fiber.
Easy measurement of cathodoluminescence spectrograph by mounting to SEM.