3 Excitation UV Filters and 3 Emission Visible Filters Sensitivity 01 ppm

1. Application

Fluorometers are used for high-sensitivity trace analysis, especially where UV-Vis is not sensitive enough:

• Environmental testing (trace pollutants in water)
• Pharmaceutical analysis (low concentration drug detection)
• Clinical diagnostics (biomolecules, enzymes)
• Food & beverage quality testing
• Chemical research and fluorescence studies
• Detection of vitamins, dyes, and fluorescent compounds

2. Compliance Standard

Typical compliance includes:

• GLP (Good Laboratory Practice)
• GMP (Good Manufacturing Practice)
• ISO 9001 / CE certification
• Pharmacopoeia standards (USP / IP / BP)
• Electrical safety standards (IEC)

3. Product Description

A microprocessor-based filter fluorometer designed for trace-level detection:

• Uses UV excitation filters (3 wavelengths) and visible emission filters (3 wavelengths)
• Measures fluorescence intensity proportional to analyte concentration
• Provides high sensitivity up to 0.1 ppm (or better)
• Compact and easy to operate with digital display
• Ideal for routine lab and field analysis

Unlike spectrophotometers, it detects emitted light, giving much higher sensitivity.

4. Technical Specifications

5. Apparatus is Supplied With

• Main fluorometer unit
• Set of 3 excitation filters + 3 emission filters
• Sample cuvettes (glass/quartz)
• Power cable
• Dust cover
• Instruction manual
• Calibration standards (optional in some models)

6. Common Capacities Available

• Standard single cuvette holder
• Optional multiple sample holder
• Compatible with test tubes or cuvettes (10 mm path length)
• Flow-through cell (optional)

7. Optional Accessories

• Additional filter sets (custom wavelengths)
• PC interface / data logging software
• Printer attachment
• Temperature-controlled sample holder
• Flow cell assembly
• Microliter sample adapter

8. Dimensions & Weight (Approx.)