ICP700T Inductively Coupled Plasma Emission Spectrometer

ICP700T Inductively Coupled Plasma Emission Spectrometer is a trace element composition analysis and testing instrument. Mainly used in rare earth industry, silicon industry, ore analysis, metal smelting, geological research, drug safety, experimental research, environmental testing and other fields.

  1. Simultaneous detection of 70+ Elements : quantitative and semi-quantitative analysis.
  2. 1–10 ppb Detection Limits: Suitable for major, minor, and trace elements.
  3. Fast Analysis: Measures dozens of elements within minutes.
  4. High Accuracy: Correlation coefficient >0.9995; relative deviation <5%.
ICP700T Brochure
ICP700T Packing LIst

Features of ICP700T

1. 70+ Elements Testing

70元素

Covers all metals and most non-metallic elements.

2. Simultaneous Analysis

多元素

Measures and reports all elements in one run.

3. 5–10 Elements/Min

分析快

Standard speed of 5 elements/min, expandable to 10.

4. ppb-Level Detection

PPB

Low detection limits for most elements in solution.

5. 5–6 Orders Linear Range

范围

Measures high and low concentrations simultaneously.

6. Minimal Chemical Interference

化学物质少干扰

Real-time background correction improves accuracy.

Software Control of ICP700T


It has the function of qualitative, semi-quantitative and quantitativeanalysis, and has the function of instrument diagnosis optimization. Report format the output format can be pdf, excel, electronic file, or print, and can be a Chinese template or an English template. Supports Windows.

ICP700T 1
ICP700T 2

By optimizing the software algorithm, a real-time matrix subtraction method can be realized, and the two-dimensional coordinates can be zoomed in and out in real time for spectra with interference.


Real-time wavelength correction is automatically performed for each spectral line measurement.

ICP700T 3
ICP700T 4

Instrument diagnostic software and network communication, data reprocessing capabilities.

Application Areas of ICP700T

1. Environmental Monitoring: Detects heavy metal pollutants such as Pb, Cd, Cr, and arsenic in surface water, groundwater, soil, and solid waste for pollution control assessment and ecological environment monitoring.

2. Geology and Metallurgy: Analyzes the elemental composition of ores, alloys, and metallic materials, such as Cr, Ni, and Mo in steel samples, for geological exploration research and to guide production processes.

3. Industrial Manufacturing: Performs quality control on raw materials and products in the rare earth industry, silicon industry, electronics/electrical industry, and building materials industry, detecting the content of up to 70 elements.

ICP700T application
ICP700T applications

ICP700T Display

  • ICP700T 5
  • ICP700T 4
  • ICP700T 6
  • ICP700T
  • ICP700T 3
  • ICP700T 2

FAQ

It is primarily used to detect the content of all metallic elements and most non-metallic elements in samples. Specific applications include rare earth industry, ore analysis, metal smelting, geological research, and environmental monitoring (such as water quality and soil heavy metals).

It can test over 70 elements and can simultaneously detect all elements in a single sample injection. The analysis speed is very fast, approximately 5 elements per minute, expandable to 10 elements per minute depending on the configuration, significantly improving laboratory efficiency.

The limit of detection is very low. For most elements in solution samples, the limit of detection can reach the ppb level (parts per billion), making it suitable for trace heavy metal analysis.

Its dynamic linear range is extremely wide, reaching 5-6 orders of magnitude. This means that elements in the same sample, whether present in high concentrations (ppm) or extremely low concentrations (ppb), can be accurately measured simultaneously as long as they are within the linear range, without the need for frequent sample dilution.

It is equipped with a high-efficiency concentric nebulizer and a patented dual-cylinder nebulizer chamber (with an optional hydrofluoric acid-resistant nebulizer chamber), resulting in high nebulization efficiency. It also features a five-channel, sixteen-roller fully automatic peristaltic pump with continuously adjustable speed and a separate injection system for real-time observation of the injection status, effectively avoiding injection blockage or bubble interference.

It uses an all-solid-state high-frequency RF generator with a frequency of 27.12MHz (frequency stability ≤0.01%). The power is continuously adjustable between 500W and 1600W with an adjustment accuracy of less than 1W and a power stability of less than 0.01%. It also features rapid water cooling and automatic tuning, ensuring very stable performance.

In terms of accuracy, using a 2ppm mixed multi-element solution for testing, the RSD (relative standard deviation) is ≤1.5%; in terms of stability, the RSD is <2.0% after 2 hours of long-term operation. Furthermore, the optical system employs a precision temperature control design (temperature accuracy ±0.1℃), ensuring long-term data reliability.

Ignition is fully automatic, requiring no manual intervention; it’s a one-click ignition process via software. Simultaneously, the argon gas flow is precisely controlled through a mass flow controller (MFC) with real-time numerical feedback, ensuring both safety and convenience.

If need test one of Li Na K then need choose 2400 grating. If not only choose 3600 grating.

Key difference: “Direct injection” for oil products.

Dedicated Sample injection System: The core of the petrochemical version is specifically designed for the high volatility and high organic content of oils. It features a semiconductor-cooled ultra-low temperature fog chamber system, solving the problem of carbon buildup in organic samples during plasma and enabling direct oil sample introduction.

Standard Version: This version typically uses a conventional sample introduction system, primarily for processing digested aqueous solutions or inorganic samples. If used for oils, it generally requires complex sample pretreatment (such as digestion), a cumbersome process that is prone to introducing contamination.

Specifications of Inductively Coupled Plasma Emission Spectrometer ICP700T

Main technical parameters
Observation systemdesktop,  plasma vertical observation system
Precision2ppm mixed multi-element solution,  RSD≤ 1.5%
Stability 2 hours RSD < 2.0%
The detection limit meets the A-level requirements of the national standard
Flame adjustmentThe plasma flame can be adjusted in three dimensions: front,  back,  up,  down,  left,  and right (controlled by a computer
Injection system
Torch tubeintegrated integrated integrated quartz torch tube
AtomizerEfficient concentric nebulizer,  injection speed 2ml/min
Atomization chamberPatented extended atomization chamber,  optional with swirl atomization chamber and hydrofuoric acid resistant atomization chamber.
Split sampling system for real-time observation of sample injection status
The mass flow controller controls the argon flow rate,  which is continuously adjustable and provides real-time numerical feedback
Peristaltic pump fully automatic five channel sixteen roller shaft,  continuously adjustable speed
RF generator and plasma
Frequency27.12MHz Frequency stability ≤ 0.0 1%
TypeSolid state high-frequency RF generator,  fast water cooling,  automatic tuning
Power500W~1600W,  continuously adjustable,  with an adjustment accuracy of< l W,  power stability: < 0.01%
Using 99.99% argon gas
Equipped with reverse power protection function for RF power supply
The ignition of plasma is fully automatic control
Optical system
Optical stabilitydesigned on the same platform as the injection system
System typeCheney Turner type (C-T type),  focal length 1000mm
Constant temperature of the optical system,  temperature stability±O.1°C
Minimum step distance of scanning motor< 0.0004nm
Resolution ratio(Mn257.610nm)<0.005nm(4320line grating);<0.008nm(3600line grating);<0.015nm(2400line grating);
Wavelength range190-460nm(4320line grating);190-500nm(3600line grating);190-800nm(2400line grating);
The best testing conditions for different elements can be set

Standard configuration

NumberItem nameQuantityUnitRemarkConfirm
Host 
1.1ICP 700T Host1pc  
software 
2.1ICP Spectrometer analysis software pieces1setLifetime free upgrades 
2.2Product quality certificate1setEnglish 
2.3U plate1pc  
2.4Warranty card1pc  
Accessories 
3.1Network cable1pcCategory 5 twisted pair 3 rice 
3.2plastic bucket1pcsvolume 5L 
3.3Argon pressure reducing valve2pcsJierui RHM 152 IN -40 
3.4PU hose30meter10×6.5×1.75 mm 
3.5PU hose5meter6×4×1 mm 
3.6PVC Transparent hose0.5meter8 mm ×6 mm Transparent hose 
3.7Plug power cord1pc10A, 250V 
3.8Grounding copper braided wire15meterCross-sectional area 4 mm 2 
3.9brass tube1pclong 500 mm , outer diameter 48 mm , wall thickness 3 mm 
3.10filter cartridges4pcsOuter diameter: 60 mm , inner diameter: 28 mm , length :125 mm 
3.11Torch2pcsQuartz torch 
3.12Double-tube spray chamber2pcsScott Spray chamber 
3.13atomizer1pcImported atomizer 
3.14High-frequency coil1pc  
3.15Capillary injection tube0.5meterD=2.38 mm , d=0.8 mm 
3.16Peristaltic pump head hose3pcsФ 1.65, long 45 cm , two cards 
3.17Cartridge fuse2pcs10A, 250V, 6×30 mm 
3.18Cartridge fuse2pcs6.3A, 250V, 5×20 mm 
3.19Cylindrical spray chamber cover2pcspolytetrafluoroethylene 
3.20Silicone tube2meterinner diameter 2 mm , outer diameter 4 mm , hardness 55 
3.21Hose adapter4pcsZCJH -2*6 Straight through, inner diameter 6-2 
3.22Hose adapter4pcsZC -1/16*3/32, inner diameter 1.6-2.4 
3.23Ball joint clamp1pcL00091181,Ø=10

Consumables

No.NameSpecificationReplacement cycle
1TorchQuartz torchClean and maintain once every 3 months.Service life 2 years
2NebulizerImport GE nebulizerNon-human damage over 3 years
3Spray chamberDouble-tube spray chamberNon-human damage over 3 years
4Peristaltic Pump Head HoseInjection and Drain Tubing3 Months
5High- frequency coilSilver-plated, three-turn coilOne year
6Filter elementPP cotton materialHalf a year

Accessories of ICP700T

  • ICP700T Accessories 1
    Accessories
  • ICP700T Accessories 3
    Accessories
  • Accessories of ICP700T Petrochemical Version
    Auto Sampler AS-Control II
  • Accessories of ICP700T Petrochemical Version
    Auto Sampler AS-Control II

Optional Autosampler

AS Control II Disc Automatic Sampler-43cup

  1. Sample tray: 43 cup sample tray, corrosion-resistant material, lightweight.
  2. Sample Cup: Sample cup capacity 45ml，Reagent cup capacity 45ml
  3. Syringe: High quality carbon fiber tube φ4× φ2.5; Polytetrafluoroethylene tube φ2×0.5mm
  4. Automatic fluid replacement and cleaning: Automatically provide cleaning solution without manual addition
  • Accessories of ICP700T Petrochemical Version
Autosampler 272 cup

AS Control II Disc Automatic Sampler-272cup

  1. Sample tray: 272 cup sample tray，corrosion-resistant material，lightweight
  2. Sample Cup: Sample cup capacity 15ml
  3. Syringe: High quality carbon fiber tube φ4×φ2.5; Polytetrafluoroethylene tube φ2×0.5mm
  4. Automatic fluid replacement and cleaning: Automatically provide cleaning solution without manual addition

Why Choose Us?

One-Station Shopping

“Multiple suppliers” have always been an issue in the procurement process. Drawell as a one-stop laboratory equipment and scientific instruments supplier, can perfectly solve this problem.

Customer-centric Services

User Training – Training by Drawell skilled engineers about installation, debug tests, technical services, etc. It can happen in our factory in China, or at the site in the customers’ country.

Online Support

To discuss the problem and get it resolved, online chats, real-time video calls, and remote guidance. For the after-sales stage, our online technical guidance is free and ready forever.

100% Quality Guarantee

1-year free warranty includes repairing damaged parts and replacing selected ones (shipping extra). 5% is charged to extend it before it expires.

Customer Service of ICP700T

ICP700T Inductively Coupled Plasma Emission Spectrometer 1
ICP700T Inductively Coupled Plasma Emission Spectrometer 2

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