渦巻いた1000-1750NM LED
Our latest chromatography and spectroscopy technologies now cover almost all target wavelengths from 210 nm to 800 nm, driving breakthroughs in scientific research and industrial analysis.
Whether you are performing trace element detection or complex protein analysis, precise wavelength selection is crucial for reliable data. Our newly upgraded analytical platform eliminates traditional limitations, delivering high-sensitivity results in a single system.
💡 Key Application Areas
- Element Detection: Accurately captures UV absorption signals in the lower wavelength spectrum.
- Protein Analysis: Efficiently identifies characteristic peaks of aromatic amino acids at 280 nm.
- Nucleic Acid Quantification: Perfectly optimized for DNA/RNA purity checks at 260 nm.
- Pharma & Biotech: Provides comprehensive sample scanning across both UV and Visible (UV-Vis) ranges.
🚀 Why Choose Full-Spectrum Analysis?
- Ultra-Wide Range: Supports nearly every target wavelength between 210 nmと 800 nm in one system.
- Superior Optical Precision: High resolution and ultra-low stray light ensure excellent reproducibility.
- Seamless Multi-Scenario Switching: Effortlessly transitions from standard HPLC detection to cutting-edge spectroscopic scanning.
Within this range, different wavelengths correspond to specific critical analytical tasks:
- 210 nm – 230 nm: Peptide bond absorption (low-wavelength protein detection), organic acids, and lipids.
- 254 nm / 260 nm: Nucleic acid (DNA/RNA) purity and quantification, and aromatic compounds (the most commonly used wavelengths in chromatography).
- 280 nm: Protein quantification (the core wavelength for chromatography and spectroscopic analysis).
- 340 nm: NADH/NADPH enzymatic reaction assays.
- 400 nm – 800 nm: Various colored solutions, transition metal complexes, and colorimetric biochemical analysis.
