Low-Temperature Optical ThermostatCoolSpeK

specification:

Features:

  • Reaction tracking capability
  • Easy operation
  • Low condensation
  • Temperature range: -80°C to room temperature to +100°C
  • Extensive options

Applications:

  • Optical measurements such as UV-visible, infrared absorption spectrometry, fluorescence spectrometry, and circular dichroism spectrometry under low-temperature conditions
  • Measurement of unique phenomena under low-temperature conditions
  • Performance evaluation of optical components at various temperatures
  • Performance evaluation of materials stable only at low temperatures
  • Spectrophotometer for spectroscopy, photochemical reactions, laser spectroscopy, and FTIR (Fourier Transform Infrared) optical experiments

Contact window: sales@scientek-co.com

DESCRIPTION

CoolSpeK is a small and convenient cryostat with a built-in spectrometer. It utilizes liquid nitrogen as a cooling medium, enabling rapid cooling speeds that are typically challenging to achieve in conventional temperature-controlled baths. With its optional adapters for various companies' UV-visible spectrophotometers, fluorescence spectrometers, and infrared spectrophotometers, CoolSpeK can be easily and quickly set up in the sample compartments of different spectrometer models. It comes equipped with a comprehensive range of accessories suitable for low-temperature infrared (IR) experiments, ensuring the provision of the most suitable experimental instrument based on customer requirements.

Features:

  • Reaction tracking capability
  • Easy operation
  • Low condensation
  • Temperature range: -80°C to room temperature to +100°C
  • Extensive options

Applications:

  • Optical measurements such as UV-visible, infrared absorption spectrometry, fluorescence spectrometry, and circular dichroism spectrometry under low-temperature conditions
  • Measurement of unique phenomena under low-temperature conditions
  • Performance evaluation of optical components at various temperatures
  • Performance evaluation of materials stable only at low temperatures
  • Spectrophotometer for spectroscopy, photochemical reactions, laser spectroscopy, and FTIR (Fourier Transform Infrared) optical experiments