Well designed

The VERTEX 70V spectrometer uses RockSolid ™ Permanent collimation high-performance interferometer can meet various application needs from conventional analysis and measurement to high-end scientific research fields. Adopting UltraScan ™ The VERTEX 80 and VERTEX 80v, which are truly collimated patented interferometers, are designed for the most cutting-edge scientific applications in the industry. They have extremely high spectral resolution, can achieve the highest level of fast scanning and step scanning measurement in the industry, and can provide excellent performance in the widest spectral range. The VERTEX 70v and VERTEX 80v full vacuum series spectrometers completely eliminate the interference of atmospheric absorption on infrared measurement, further improving spectral quality.

Outstanding performance

-The highest spectral resolution
-The highest signal-to-noise ratio
-The highest scanning speed of the moving mirror
-Fully vacuum, blowable or sealed dry optical stage overcomes atmospheric interference
-The most software controllable external optical path expansion interface
-The replacement of the beam splitter is simple and fast, without the need to readjust the interferometer, achieving spectral expansion in the ultraviolet, visible, near-infrared, and far-infrared/terahertz bands
-Fully automatic recognition of all optical and measurement accessories
-Powerful step scan/slow scan function to meet the time resolution of spectra and various modulation applications
-Highly visionary designs can meet various expansion needs both currently and in the future

Spectrum expansion

VERTEX 80 and VERTEX 80v can cover the spectral range from far-infrared or terahertz 10cm-1 (VERTEX 80v can reach 5 cm-1), through mid infrared, near-infrared, visible light to ultraviolet light at 50000 cm-1. Its high-end pre collimated optical accessories and truly collimated UltraScan ™ Fourier interferometers make it very easy to expand the spectral region. By using the fully automatic beam splitter changer BMS-c, you can achieve automatic switching of the entire spectral range from terahertz to ultraviolet without interrupting the vacuum of the infrared spectrometer. This fully automatic changer can accommodate four different beam splitters simultaneously, and its visionary design can be used to upgrade the fully installed VERTEX 80v spectrometer. In addition, if combined with an external detector expansion cavity, customers can install up to 5 different types of detectors (room temperature, liquid nitrogen refrigeration, or liquid helium refrigeration) simultaneously, all of which are controlled by software to ensure that customers can choose the most suitable detector in each spectral region.

RockSolidTM Fourier Transform Infrared Interferometer

Brook RockSol ID ™ The high-performance Fourier interferometer is the core factor for the stability and reliability of the VERTEX 70v product. The interferometer adopts a gold-plated mirror surface and a 30 ° incident angle improvement design to achieve the highest light transmission efficiency and sensitivity, while also greatly eliminating polarization effects. Its permanent collimation design ensures high data quality, guarantees the stability of the instrument, and eliminates the lag caused by adjustments. The digital electronic components ensure precise control of the interferometer, enabling the spectrometer to have extremely high sensitivity and long-term stability. The detector using DigiTect technology greatly reduces electronic noise,
Make the VERTEX 70v Fourier transform infrared spectrometer an ideal choice for daily analysis and scientific research.

Excellent spectral resolution

The spectral resolution of the VERTEX 70V spectrometer standard is better than 0.4 cm-1, which can meet the measurement needs of the vast majority of solid, liquid, and low-temperature crystal samples. For special experimental requirements, such as measuring gaseous samples at room temperature, the resolution of the VERTEX 70v series spectrometer can be improved
At 0.16 cm-1, the typical half width of this type of spectrum is usually not less than 0.2 cm-1.