Visible Spectrophotometer LVS-C15

Visible Spectrophotometer LVS-C15 offers a wavelength range of either 325 to 1000 nm or 190 to 1000 nm, depending on the model configuration. This wide range enables accurate analysis across the visible and near-UV regions, making it suitable for a variety of applications, including biochemical, pharmaceutical, and environmental testing. The ability to measure absorbance in this spectrum is essential for identifying and quantifying various compounds in both liquid and solid samples.

Labtron’s Visible Spectrophotometer LVS-C15 is equipped with a high-quality grating monochromator, offering a wavelength accuracy of ± 2 nm and a repeatability of ? 0.5 nm. Its photometric accuracy of ± 0.5 % T ensures reliable results, while excellent stray light control (? 0.1 % T) enhances sensitivity. Additionally, the system maintains stability within ? 0.002 A / 30 min, which is critical for consistent results during prolonged measurements or comparative analysis of multiple samples.

The Visible Spectrophotometer LVS-C15 supports multiple photometric modes, including Transmittance (T), Absorbance (A), Concentration (C), and Factor (F). This makes it highly versatile for a wide range of analyses, from detecting unknown sample concentrations using a standard curve to direct absorbance readings. These capabilities make the instrument suitable for academic, clinical, environmental, and quality control laboratories, accommodating both routine and specialized testing requirements.

Yes, Labtron’s Visible Spectrophotometer LVS-C15 is designed with user-friendliness in mind. It features a clear 128 × 64 dot LCD, an intuitive keypad, and automatic wavelength setting for ease of operation. The system also supports quick standard curve setup and simple USB or parallel port data output. Whether you're a beginner in an academic setting or a technician in an industrial lab, the spectrophotometer is straightforward to operate with minimal training required.

The Visible Spectrophotometer LVS-C15 provides both USB and parallel port outputs, enabling users to transfer data to a PC or printer with ease. This is especially useful for data recording, storage, or generating reports for regulatory compliance or research documentation. The digital connectivity enhances workflow efficiency, allowing seamless integration into existing lab systems and making data sharing or analysis more convenient for both standalone and networked environments.