EFOS R5000 Radiometer with Non-Imaging Optical Interface Detector for 250-600 nm Wavelengths

The EFOS R5000 Radiometer is a precision optical power measurement instrument incorporating a *non-imaging optical interface* designed to substantially reduce measurement variations caused by inconsistent light sources. It features a flat response optical detector system that ensures accurate energy detection within a spectral range of 250 to 600 nm, covering critical UV-Visible wavelengths for biophotonics and molecular diagnostics.

Key technical specifications include:

• Wavelength Range: 250–600 nm, relevant for fluorescence analysis and UV light quantification in biotechnology workflows
• Power Detection Range: 10 mW to 15 W, enabling measurement of both low and moderate-intensity light sources used in research and industrial bioprocessing
• Resolution: 10 mW, facilitating precise quantification essential for gene editing and synthetic biology experiments requiring exact energy dosimetry
• Condition: Used, very good with full functional testing completed
• Manufactured in the United States, ensuring compliance with industrial standards

This radiometer is widely applicable in biotechnology fields including biopharmaceutical production pipelines and live-cell imaging setups, where consistent optical power measurements are critical. Its design makes it ideal for molecular biology laboratories and clinical diagnostics facilities requiring reliable and reproducible photon energy data for experimental accuracy.

Weighing 1.09 kg (2.4 lbs) and compact in size, the EFOS R5000 integrates smoothly into benchtop laboratory environments and is a valuable asset for teams dealing with spectrometry, synthetic biology research, and advanced optical measurement in biomedical engineering contexts.

Overall, the EFOS R5000 is a trusted tool for optical characterization, ensuring high-fidelity radiation measurements essential for modern biotechnology instrumentation and experimental reproducibility in scientific labs.