Core Advantages

• NanoQuant1810 features unique and reasonable modular design of optics, mechanics, electronics, and microcomputer with streamlined appearance, offering ultra-high performance and cost-effectiveness.
• Truly achieves massive document storage, directly outputs PDF, Excel, Email, and USB port output.
• Unique optical system design, 1600 lines/mm high-performance holographic grating, and original imported high-performance receiver ensure excellent instrument performance indicators.
• Imported environmentally friendly deuterium lamp system effectively reduces ozone inhalation; original imported OSRAM tungsten lamp holder and OSRAM long-life tungsten lamp.
• Advanced control system that can monitor the lighting time of deuterium and tungsten lamps in real-time.
• Plug-in deuterium and tungsten lamp design eliminates the need for optical debugging after lamp replacement.
• Large sample chamber accommodating various cuvettes from 5-100mm; can directly connect to printer for printing spectra and experimental data.
• GLP self-verification function allows testing of wavelength accuracy and photometric accuracy as needed, and issues test reports.
• Large sample chamber with built-in 5cm 8-cell multifunctional sample holder.

Key Specifications

Model

Spectral Bandwidth

• Optical System: CT optical path structure ratio monitoring UV-Vis spectrophotometer; 0.1 nm optical focal length 200mm

Wavelength Range

• Display: Dual-mode operation: 8-inch true color touch LCD screen on instrument host + PC workstation (optional)
• Wavelength Accuracy: ±0.1nm ({'@'}656.1nm D₂), ±0.3nm (full wavelength range) measured ±0.3nm
• Stray Light: ≤0.03%T (220nm NaI; 360nm NaNO₂)
• Photometric Range: 0-200%T, -0.301-6.0A, -9999-9999C
• Photometric Accuracy: ±0.002A (0-0.5A), ±0.3%T (0-100%T)
• Photometric Repeatability: ±0.001A (0-0.5A), ±0.15%T (0-100%T)
• Data Output: USB data output, Email, PDF, Excel; language auto-switching: Chinese, English
• Power Supply: AC 90-240V; Power 100W

Smart Connectivity & Self-Diagnosis

Smart Connectivity

Advanced control system that can monitor the lighting time of deuterium and tungsten lamps in real-time; plug-in deuterium and tungsten lamp design eliminates the need for optical debugging after lamp replacement.

Self-Diagnosis

Supports GLP self-verification function, allowing testing of wavelength accuracy and photometric accuracy as needed, and issuing test reports.