The PerkinElmer FL 6500 is a high-performance fluorescence spectrophotometer designed for sensitive measurement of fluorescence and luminescence from a wide range of samples. It enables quantitative and qualitative analysis of fluorescent materials, biological molecules, pharmaceuticals, nanomaterials, and advanced materials.
High-sensitivity fluorescence detection
High-performance monochromators for excitation and emission
Wide wavelength range for fluorescence measurements
Excellent signal-to-noise performance
Steady-state fluorescence measurements
Emission and excitation spectral analysis
Time-dependent fluorescence measurements
Temperature-controlled measurement options
Advanced fluorescence analysis software
Suitable for solid, liquid, and biological samples
Fluorescence emission and excitation studies
Photoluminescence characterization
Nanomaterial and quantum-dot analysis
Biomolecular and biological fluorescence studies
Pharmaceutical research
Dental and biomaterial research
Photocatalysis and optical materials
Fluorescent probe and dye analysis
Energy-transfer and molecular interaction studies
The PerkinElmer FL 6500 is a high-performance fluorescence spectrophotometer designed for sensitive measurement of fluorescence and luminescence from a wide range of samples. It enables quantitative and qualitative analysis of fluorescent materials, biological molecules, pharmaceuticals, nanomaterials, and advanced materials.
High-sensitivity fluorescence detection
High-performance monochromators for excitation and emission
Wide wavelength range for fluorescence measurements
Excellent signal-to-noise performance
Steady-state fluorescence measurements
Emission and excitation spectral analysis
Time-dependent fluorescence measurements
Temperature-controlled measurement options
Advanced fluorescence analysis software
Suitable for solid, liquid, and biological samples
Fluorescence emission and excitation studies
Photoluminescence characterization
Nanomaterial and quantum-dot analysis
Biomolecular and biological fluorescence studies
Pharmaceutical research
Dental and biomaterial research
Photocatalysis and optical materials
Fluorescent probe and dye analysis
Energy-transfer and molecular interaction studies