SCILOGEX SCI-UV1000 UV/Vis Spectrophotometer with Deuterium & Halogen Lamps, 200-1000nm Range

The SCILOGEX SCI-UV1000 is a high-performance UV/Vis spectrophotometer designed for precise quantitative analysis across biotechnology, clinical diagnostics, and material quality control. Featuring dual light sources—Deuterium and Halogen lamps—it covers a broad spectral range of 200 to 1000 nm with a 4 nm bandwidth, ensuring accurate absorbance readings for molecular diagnostics and bioprocessing applications.

Key technical features include:

• User-friendly operation with a 128x64 pixel backlit LCD capable of displaying data graphically, supporting photometry, quantitation, and kinetic time scans, ideal for live-cell imaging and spectral analysis.
• Automatic lamp switching between Tungsten and Deuterium lamps, facilitating smooth wavelength transitions critical in synthetic biology and fluorescence analysis.
• Auto wavelength calibration via arrow keys reduces operational errors, enhancing reproducibility in gene editing research workflows.
• Large sample compartment supporting cuvette path lengths from 5 to 100 mm, plus optional holders for films (1-3 mm), enabling versatile sample types for various biomedical engineering studies.
• Integrated Bluetooth wireless printing and USB connectivity for efficient data transfer and remote control, compatible with SCILOGEX’s 'Wave Professional' PC software offering advanced functions such as spectrum scanning, multi-wavelength analysis, and nucleic acid/protein quantification.
• Memory capacity to store up to 200 data sets and 200 standard curves, streamlining biomanufacturing quality assurance processes.
• Compliance with cTUVus and CE certifications, ensuring reliability and safety for clinical and research laboratory environments.

This spectrophotometer is widely adopted in molecular biology research and biotechnology settings as an essential tool for measuring bacterial density, nucleic acid quantification, and material characterization. Its robust feature set makes it critical in molecular cloning workflows and biopharmaceutical production pipelines.