We are acknowledged in dealing a wide array of UV-3600i UV-VIS-NIR Spectrophotometer. It is significantly enhanced by using the combination of gas detector. It is able to provide precise transmittance measurements in the ultraviolet. UV-3600i UV-VIS-NIR Spectrophotometer is useful to enables the measurement of various samples. It is suitable in pharmaceuticals, cosmetics, textiles and other applications. It is designed in a matte finishing and rough surface which can easily clean without any extra efforts.

Exceptional Accuracy and Versatility

The UV-3600i spectrophotometer offers highly accurate absorbance and transmittance measurements with a photometric accuracy of 0.0008 Abs and minimal stray light interference. Its double monochromator system, multiple bandwidth options, and compatibility with an array of sample holders allow precise analysis of diverse material types, supporting both routine and specialized laboratory applications.

Advanced Performance for Reliable Results

Designed for demanding research environments, this instrument provides reliable results using advanced detectors for UV, visible, and NIR regions. Baseline stability of 0.0003 Abs/h and photometric repeatability of 0.0002 Abs ensure reproducible data. Its high scanning speed and automated wavelength scan streamline workflows, making it particularly suitable for quality control, material characterization, and quantitative analyses.

Convenient Operation and Broad Compatibility

With both stand-alone and computer-controlled modes, the UV-3600i seamlessly integrates into laboratory setups. It supports USB and network connectivity and is compatible with UVProbe/UV Solution software running on Windows, ensuring easy data transfer, storage, and analysis. The large sample compartment and robust safety features make it practical and secure for everyday use.

FAQs of UV-3600i UV-VIS-NIR Spectrophotometer:

Q: How does the UV-3600i spectrophotometer enhance measurement accuracy in laboratory analysis?

A: The UV-3600is double monochromator design, exceptionally low stray light ( 0.00005%), and high-sensitivity detectors (PMT, InGaAs, and PbS) collectively minimize interferences and deliver precise readings. Its photometric accuracy of 0.0008 Abs ensures confidence in quantitative and qualitative analyses.

Q: What sample types and holders are supported by the UV-3600i spectrophotometer?

A: This instrument accommodates both liquid and solid samples using single or multiple cell holders, solid sample holders, and specular reflectance accessories. The spacious sample compartment and multiple slit width selections enable versatility for various specimen sizes and configurations.

Q: When is it beneficial to utilize the high scanning speed feature of the UV-3600i?

A: The high scanning speed (up to 8,000 nm/min) is ideal for rapid spectral acquisition, such as during high-throughput analyses in research or quality control settings. It helps save time when screening large numbers of samples or monitoring fast-changing reactions.

Q: Where can the UV-3600i UV-VIS-NIR Spectrophotometer be installed?

A: Designed as a benchtop model, the UV-3600i can be installed in research labs, quality control departments, or educational institutions. It requires a stable surface with access to AC power (100240 V) and controlled humidity and temperature (20%80% RH, 1535C).

Q: What is the process for running material characterization with this spectrophotometer?

A: To characterize materials, users load samples into appropriate holders, select the desired scanning parameters and spectral range (1903300 nm), and initiate automated or manual scans via the LCD or computer interface. Data is collected, analyzed, and exported using the included software.

Q: How can users benefit from the UV-3600is software compatibility and connectivity options?

A: The spectrophotometer connects via USB or network, supporting direct integration with UVProbe/UV Solution software on Windows OS, enabling streamlined data acquisition, processing, and sharing. This connectivity enhances workflow efficiency and record-keeping for regulatory or research purposes.