TPIR-785 Raman Spectrometer from Teledyne Princeton Instruments

3660 Quakerbridge Rd,
NJ 08619


Teledyne Princeton Instruments recently introduced their new TPIR-785 Raman spectrometer, a fully integrated system that leverages leading-edge spectrograph and camera technologies to optimize performance in the near-infrared (NIR) region. The TPIR-785 is an ultra-high-sensitivity spectrometer for NIR Raman spectroscopic application areas such as biology, medical research and life science where NIR excitation lasers (785 nm and 830 nm) are preferred for their low fluorescence and deeper penetration depth when measuring biological tissues. This new system utilizes an f/2 spectrograph with custom-designed lens optics to provide the highest light throughput and imaging quality in the NIR spectral range. The TPIR-785 also allows users to tailor the instrument’s performance for optimal spectral resolution (up to 5 cm-1) or optimal spectral range (up to 80 – 3650 cm-1). The system includes a 785 nm Raman probe, a universal fiber adaptor, a manual adjustable slit, and a high-power and temperature-stabilized 785 nm laser. The TPIR-785 Raman system uses a proprietary CCD that delivers unmatched NIR quantum efficiency (greater than 70% at 1000 nm). This “super-deep-depletion” sensor has a 1340 x 400 array composed of 20 µm square pixels and can be thermoelectrically cooled to -90° C for ultra-low dark current, allowing integration times from 10 µs to hours. The detector boasts spectral rates higher than 1 kHz, offers readout speeds up to 16 MHz, and employs two readout ports. A new NIR optimized eXcelon™ process eliminates etaloning fringes and improves quantum efficiency. The high imaging quality spectrograph paired with large format detector allows the use of large fiber bundles for improved collection efficiency or Raman imaging measurement. TPIR-785 Raman systems include Teledyne Princeton Instruments’ renowned LightField® imaging and spectroscopy software. A powerful built-in math engine to perform live data analysis with support for LabVIEW® (National Instruments), MATLAB® (MathWorks), and Python® (PSF), LightField provides scripting for easy integration into complex experiments. Additionally, the spectrograph is designed to take full advantage of Teledyne Princeton instruments’ patented IntelliCal® wavelength and intensity calibration system. For more information about Teledyne Princeton Instruments TPIR-785 Raman system visit the website.