FTIR-IR Microscope
DESCRIPTION
An FTIR-IR microscope (Fourier transform infrared spectroscopy-infrared microscope) can identify functional groups and molecular structure on the basis of individual absorbance characteristics. For example, it can analyze the IR spectrum of polymide film.
Main Application/Advantages
This ability is useful for analyzing all organics, including organic thin film, laminate and fibre, organic contaminants and additives, and some organic powder.
The FTIR-IR microscope allows for analysis in transmission mode and reflection mode.
Specifications
Measurement mode:
Transmission / Reflection / ATR
Wavenumber range:
Up to 400cm⁻¹
Found organic compound on liquid sample.
Transmission and reflection measurement mode for
solid sample, found organic compound.
Glow Discharge Optical Emission Spectrocopy (GDOES/GD Profiler)
Surface, Bulk & Depth Profile Analysis, Void Identification & Intermetallic Compound (IMC)
Specializing in quantitative elemental depth profiling for surfaces, bulk, and films from nanometers to hundreds of microns, supporting industries from micro-electronics to metallurgy for research and process optimization.
Specifications
Resource:
Pulsed Radio frequency source
Sample size:
Flat, Diameter >4mm
Detection Limit:
ppm (mg/L)
Crater created after depth profile analysis.
Graph of elemental depth profile analysis.
Energy Dispersive X-Ray (EDX/EDS)
Local Elemental Microanalysis (inorganic) and Mapping
Providing comprehensive elemental and compositional analysis, including elemental mapping and precise line scanning.
Specifications
Accelerating Voltage:
0.1 ~ 30kV
Dimension (HXDXW):
130 X 100 X 675mm
Elemental compositional analysis on contaminated
area with high Carbon, C signal.
Colour Mapping