| Wavelength Range | 250 to 800 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 RMS 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 | USB |
Our Absorbance Detector LADR-A10 is widely used in quantification identification of substances, finger print authentication of substances, olive oil purity analysis, wine fermentation characterization analysis, quantitative concentration analysis of molecules in solution, diamond authenticity analysis, pearl authenticity analysis, automobile exhaust analysis, air pollution, material characteristics analysis,semi-conductor stability analysis, microfluidics field analysis, glucose determination, DNA analysis, etc.
Variable path-length cuvette × 1
For-way calorimetric dish × 1
Immersion probe × 1
USB Cable × 1
Absorbance Detectors are designed to measure the amount of light absorbed by a sample at specific wavelengths. They feature customizable options such as measurement range, light source type, slit width, and detection schemes. Their stable and uniform light source uses halogen or deuterium tungsten options. They offer a customizable wavelength range, so that can be tailored to meet to user's requirements. Our Absorbance Detectors are widely used for quantitative identification of substances, material characteristic analysis, etc.


Our Absorbance Detector LADR-A10 offers a range of customizable features to meet specific analytical needs. It allows users to adjust the measurement wavelength range, typically spanning from 250 to 1100 nm. Users can also select entrance slit sizes, optical resolution, and choose between different light source options, like halogen or deuterium tungsten lamps.
The Absorbance Detector LADR-A10 supports three distinct measurement configurations to accommodate diverse sample types. It can operate using a four-way colorimetric cell, which is ideal for standard liquid samples. It also supports a variable path length colorimetric cell, allowing users to adjust optical path lengths for more precise measurements. In addition, it can be used with an immersion probe, which is especially useful for direct in-sample measurements without the need for cuvettes. These flexible methods enable efficient adaptation to different testing environments and sample matrices.
Labtron’s Absorbance Detector LADR-A10 is integrated with powerful software that significantly enhances its usability and performance. Its software provides a real-time display of absorbance across various wavelengths, offering immediate feedback during experiments. Users can set custom measurement plans including upper and lower thresholds, average values, and automated parameter judgments, making quality control faster and more reliable. The software also supports transmittance and reflectance analysis, including CIE color parameter calculations such as xy/Lab values, saturation, and main wavelength. These features streamline workflows and support a wide range of analytical tasks.
The Absorbance Detector LADR-A10 is packed with advanced features to support efficient and accurate measurements. It includes real-time spectrum tracking, customizable wavelength range, and high signal-to-noise ratio for enhanced sensitivity. The detector utilizes a stable light source with halogen or deuterium tungsten lamps, ensuring consistent performance. It is easy to operate, supports various measurement setups, and comes with a lifetime warranty for long-term value. These features make it ideal for laboratory, research, and industrial applications.
Our Absorbance Detector LADR-A10 supports seamless data sharing and result export through its integrated software interface. Measurement data can be saved in digital formats and exported for documentation, reporting, or further analysis. It connects via USB and can be easily integrated with laboratory information systems (LIS) or external data management platforms. This capability is essential for traceability, collaboration, and regulatory compliance. Its efficient data handling ensures that results are accessible, reproducible, and secure.
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Labtron Equipment Ltd., Quatro House, Lyon Way, Camberley, Surrey GU16 7ER United Kingdom
Email: info@labtron.com Whatsapp: +44 73 4441 2688 Phone: +44 2080 043608