Fourier Transform Infrared Spectrometer for Compound Analysis with Real-Time Hardware Diagnostics

1. Real-time online hardware diagnostics: Continuously monitors all optical components including lasers, light sources, detectors and beam splitters to maintain the instrument in optimal operating condition, ensuring accurate and reliable spectral measurements. Complemented by H2O/CO2 automatic compensation software that eliminates interference from atmospheric water and carbon dioxide.

2. Built-in instrument self-inspection program: Conducts comprehensive checks of all instrument parameters on demand, enabling real-time online diagnosis of hardware status.

3. Integrated panel scan control and SOP creation buttons: Streamline the user interface, standardize operational workflows, and effectively boost work efficiency.

4. Intelligent human-computer interaction design: Enables quick and proficient operation regardless of the user’s prior experience with Fourier transform infrared software.

5. Intelligent humidity automatic reminder device: Reduces instrument maintenance workload via an electronic digital humidity display that automatically alerts users when desiccant replacement is needed, addressing a key risk in infrared spectroscopy applications.

6. Sealed, dry optical bench design: Enhances light transmission efficiency and delivers superior moisture resistance, allowing adaptation to diverse operating environments while minimizing interference from atmospheric absorption.

7. Powerful software suite: Includes self-diagnostic functions to verify instrument status and test parameter accuracy; advanced data processing and analysis tools simplify peak labeling, peak area integration and baseline calibration. The suite also features 32-bit Chinese-language infrared control software covering spectrum processing, data conversion, multi-component quantification, H2O/CO2 automatic compensation, self-test and macro programming capabilities.

8. Professional automatic spectrogram comparison and analysis software: Facilitates comparison between a single spectrogram and multiple others, or mutual comparison of multiple spectrograms, and generates experimental test reports automatically.

9. Oversized sample chamber design: Provides ample space to integrate a wide range of infrared accessories for expanded functionality.

10. Compatible with standard and advanced accessories: Comes equipped with analysis software and supports standard transmission accessories such as liquid cells or KBr pellet sample preparation modules. The sample chamber can be easily fitted with ATR sample preparation accessories to accelerate sample processing, shorten cleaning time and extend operational capabilities.

11. Optional universal ATR accessories: Includes single-reflection and pressurized ATR modules for the sample chamber, featuring purge connectors, ZnSe crystals and rotary presses. These enable testing of liquids, semi-liquids, solids, small particles, single fibers and rigid materials such as polymers, rubber, coatings and fibers—offering cost-effectiveness, broad sample compatibility and no need for complex sample preparation.

12. Integrated mold-formed construction: Main components adopt pin-based positioning without requiring adjustments, allowing users to independently replace light sources, detectors and beam splitters. This resolves the maintenance challenges associated with traditional optical structures, enabling easy user installation and replacement of optical components.

13. Unique full-monitoring data collection preview mode: Provides complete visibility into the entire data collection process for enhanced operational transparency.

14. Integrated automatic acquisition and real-time online reaction monitoring software: Ideal for dynamic mechanism research of intermediate reaction processes, including chemical and pharmaceutical synthesis reactions, catalytic reactions and electrochemical reactions.

15. Optional cloud platform: Enables real-time data query, remote warning, remote humidity alarm and remote monitoring of voltage and current parameters.