Introduction
The Absorbance Detector offers a wavelength range of 900 to 1700 nm, effectively covering the region. It has a high signal-to-noise ratio and low stray light, ensuring accurate and reliable results. The Detector provides a stable and uniform light source that uses either a halogen lamp or a deuterium tungsten lamp. Its compact system integrates a spectrometer, light source, fiber optics, and different sampling interfaces depending on the measurement scheme. Our Detector is widely used for olive oil purity testing, wine fermentation monitoring, concentration analysis of molecules in solution, etc.
This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.Applications
Our Absorbance Detector is widely used for the quantitative and fingerprint identification of substances across research, industrial, and environmental sectors. It supports applications such as olive oil purity testing, wine fermentation monitoring, and concentration analysis of molecules in solution. It is also applied in diamond and pearl authenticity verification, air pollution analysis, and semiconductor stability studies. Its versatility extends to microfluidic field applications and biochemical assays, including glucose level measurement and analysis.
Specifications
| Wavelength Range | 900 to 1700 nm (customizable) |
| Entrance Slit | 50/100/200 mm |
| Optical Resolution | Approximately 0.1 to 10.0 nm half-peak width (depending on configuration) |
| Pixels | 2048 |
| Signal to Noise Ratio | 350:1 (full signal) |
| Dark Noise | 50 count |
| Dynamic Range | Single acquisition 1300:1; 8.5 × 10^7 (system) |
| Integration Time | 1 millisecond to 65 seconds |
| Stray Light | Up to 0.05% at 600 nm; up to 0.10% at 435 nm |
| Linear Correction | At least 99% |
| A/D Conversion | 16-bit |
| Connector |
Features
Multiple standard measurement methods
Customizable measurement settings
real-time data tracking
Compact design
Variable path-length cuvette × 1
For-way calorimetric dish × 1
Immersion probe × 1
Cable × 1
FAQs
1. What are the different measurement schemes for the Absorbance Detector ?
The Absorbance Detector provides three distinct measurement schemes to suit a wide range of sample analysis needs. It can operate with a four-way colorimetric cell, ideal for standard liquid testing. The detector also supports a variable path length colorimetric cell, which enables users to adjust the optical path for increased measurement precision. Additionally, an immersion probe can be used for direct sample analysis without cuvettes. This variety in measurement approaches enhances its flexibility across different laboratory and field applications.
2. What software features of this Absorbance Detector have?
Absorbance Detector is equipped with advanced software that enhances its analytical performance and ease of use. It allows real-time display of absorbance values across selected wavelengths and lets users customize measurement plans by setting limits, averages, and automatic judgment criteria. The software also enables analysis of transmittance, reflectance, and color parameters such as xy/Lab, saturation, and main wavelength. These features make it a powerful tool for color analysis, quality assurance, and precise monitoring. The software’s intuitive interface simplifies complex procedures and supports faster decision-making.
3. Does the Absorbance Detector offer customization options?
Yes, the Absorbance Detector supports a variety of customizable features to meet specific analytical requirements. Users can adjust the wavelength measurement range, entrance slit size, and optical resolution depending on their experimental needs. The Detector also allows selection between halogen and deuterium tungsten light sources to ensure optimal illumination for different sample types. In addition, the measurement configuration can be tailored using different detection schemes. These customization capabilities make it highly adaptable for diverse research and quality control applications.
4. What features make the Absorbance Detector ideal for precise light absorbance measurements?
Absorbance Detector is designed for high-precision absorbance measurement through a combination of advanced optics and intelligent features. It delivers real-time spectrum tracking with a wide, customizable wavelength range for accurate detection. The light source provides stable and uniform output, ensuring consistent measurement conditions. Its high signal-to-noise ratio and low stray light contribute to reliable, sensitive analysis. Together with flexible detection options and user-friendly operation, these features make it an excellent choice for accurate absorbance quantification.
5. Does the Absorbance Detector support data export and sharing?
Yes, the Absorbance Detector allows for efficient data export and sharing through its integrated digital interface. Measurement results can be saved and exported in commonly used formats for documentation, reporting, or further analysis. The detector connects via and is compatible with lab management platforms, ensuring easy data integration. This facilitates seamless collaboration, data tracking, and compliance with regulatory standards. The ability to manage and share data effectively adds significant value in both research and industrial environments.
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