ICP Spectrometer LZ-ICP-A100 Catalog

ICP Spectrometer LZ-ICP-A100 Inductively Coupled Plasma Optical Emission Spectrometer is a high-performance analytical instrument designed for precise, multi-element detection in complex matrices. Powered by stable plasma excitation and advanced optical technology, it delivers high sensitivity, wide linear range and fast throughput for trace to major elemental analysis. With an intelligent user interface, low detection limits and excellent reproducibility, the ICP-3000 supports the demanding requirements of environmental monitoring, metallurgy, food safety, petrochemical refining, pharmaceuticals and scientific research laboratories.

Mode of view	Radial
Liquid content	0.01ppm- several thousands ppm
Solid content	0.001%—70%
Repetability	(short-term stability) relative standard deviation RSD <0.5%
Stability	Relative standard deviation RSD <1% within 2 Hours
Analysis	Single line CID readout time is 2ms, analysis for all elements can be achieved within one minute
Detection	1ppb-10ppb for most elements
Instrument Dimensions	Desktop 1300mm x 840mm x 740mm
Sample system output coil	Inner-diameter 25mm, 3 turns
Quartz tri-concentric torch	Outer-diameter 20mm
High-efficient nebulizer	Concentric nebulizer outer-diameter 6mm
Spray chamber	Scott spray chamber
Peristaltic pump	12-roller，4-channel
Total consumption(Ar)	＜14L/min
RF Generator	Input power: AC 220V, 20A Output power: 700-1600W Accuracy:2W Frequency:27.12MHz Match method: Auto
Ruled echelle grating	52.67 lp/mm, 64°blaze angle
Spectrometer	Prism: Ultra-pure Corning UV fused silica, transmittance 99.6% at 170nm Wavelength range: 175nm~900nm for standard, extended to 165nm-900nm by choosing DUV optical components Focal length:430 mm Resolution: 0.0068nm@200nm Stray light:10000ppmCa solution <2ppm at As189.042nm
Detector	Type: Charge injection detector (CID) Pixel size: 27 x 27 µm Read mode: Full frame readout (FF), Random Access Integration (RAI) with non-destructive read (NDRO) Wavelength range: 165nm-1000nm Quantum efficiency: No coating, up to 35% within 200nm UV region Cooling: High efficiency triple stage thermoelectric cooling
Gross Weight	400 kg

• High-resolution, full-spectrum optical system for simultaneous multi-element determination
• Stable RF generator ensures reliable plasma ignition and long-term analytical consistency
• Low detection limits suitable for trace and ultra-trace elemental quantification
• Automatic optimization of plasma parameters to enhance analysis efficiency
• High-speed sample introduction system for rapid throughput
• Strong matrix tolerance supporting high-salt and complex sample types
• Intuitive software for qualitative and quantitative analysis with data export and report generation
• Safety features including overload protection, cooling system monitoring and plasma shutdown alarm

Various center channel size models
Various High-efficient nebulizer
Scott spray chamber

ICP-OES is ideal for elemental analysis in environmental water testing, soil and mining samples, petrochemical and lubricant analysis, metallurgy and alloy verification, pharmaceutical quality control, food and beverage testing, academic research and industrial R&D laboratories.