Can Labotronics ICP spectrometers analyze multiple elements at once?

Yes, Labotronics ICP spectrometers are designed for simultaneous multi-element analysis, making them highly efficient for high-throughput laboratory testing.

Is the Labotronics ICP spectrometer suitable for continuous laboratory use?

Yes, Labotronics ICP spectrometers feature a durable build and user-friendly interface, allowing long-term use in demanding lab environments.

Can Labotronics ICP spectrometers be used for both environmental and industrial analysis?

Yes, Labotronics ICP spectrometers are ideal for environmental monitoring, metallurgy, geology, and industrial quality control applications.

What is the primary function of a Labotronics ICP spectrometer?

A Labotronics ICP spectrometer is used for accurate elemental analysis by using high-temperature plasma to detect multiple elements in complex samples.

How does a Labotronics ICP spectrometer ensure precise and sensitive results?

Labotronics ICP spectrometers generate intense plasma energy to efficiently ionize atoms, providing stable signals and high sensitivity for trace and bulk material detection.

Inductively Coupled Plasma-Optical Emission Spectrometry LB-10ICP-OES

Name: Inductively Coupled Plasma-Optical Emission Spectrometry LB-10ICP-OES
Brand: Labotronics
SKU: LB-10ICP-OES
Rating: 5 (582 reviews)

Inductively Coupled Plasma-Optical Emission Spectrometry LB-10ICP-OES is a compact, bench-top device for simultaneous qualitative analysis of metals and some non-metals. It features an adjustable torch position, echelle grating, and optimized optical design for high image quality. The system includes a modular electrical control system, intelligent multi-point charge system, and precise 3D temperature control. It comes with three operational software modules, a multi-channel 12-roller peristaltic pump, and various fog chambers. Safety features include electromagnetic shielding, a UV-proof observation window, and built-in protection for gas, water, temperature, and door switches.

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Specifications

Oscillation frequency

27.12 MHz

Gas

Nitrogen/Argon

Torch position

Electrically adjusted

Torch position optimization

Automatic by software

Electrical control system

Modular

Parameters monitoring

Real time

Protection system

Interlocking protection of gas, water, temperature, and door switch, etc.

Output power range

800 to 1600 W

Adjustment

Continuous by 1 W

Stability

Better than 0.1%

Optical system

Wavelength range	165 nm to 900 nm
Resolution	0.007 nm at 200 nm
CCDs	1024×1024 pixels
Single pixel area	24 µm×24 µm
Temperature control system	3D
Precision	0.01˚ C

Sampling system

Pump	Multichannel 12-roller peristaltic pump
Chamber	Double-cylinder fog chamber, vortex fog chamber or hydrofluoric acid resistant fog chamber
Torch	Quartz torch
Mass flow-rate controller	Yes
Flow rate regulation	0.01 L; continuous

Analysis Software

Data processing method	Blank deduction, sample blank deduction, internal standard correction, and interference correction
Diversified standard edition methods	Yes
Curve calibration	Testing before setting, and sandwich sample testing
Drifting of automatically and manually calibrated spectral lines	Through intelligent spectrogram calibration function

Operating Environment

Air exhaust	not less than 400 m3/hr
Power supply	220 V ±10%, single phase, 50 to 60

Other specifications

Dimensions (W × D × H)	1210 × 740 × 800 mm
Weight	200 kg

Features

Compact solid state RF generator with high efficiency
Electrically adjustable torch position with automatic torch position optimization function
Modular electric control system with real time parameters monitoring
Echelle grating and cross prism dispersion structure with large area CCDs
Optimized optical design and aspherical optical elements
Intelligent multi-point charge system with built-in dehydration device independent gas circuit
3D temperature control system with 0.1˚ C of precision
High ultraviolet spectrum and quantum efficiency, and wide dynamic range
Multichannel 12-roller peristaltic pump, with less data fluctuation
Quartz torch, mass flow rate controller with high-speed acquisition system
Can test approximate 70 elements from trace to normal amounts, quickly and accurately
Protection system: All-round electromagnetic shielding; interlocking door protection; UV- proof observation window
Low noise, excellent stability, and quick analysis

Standard Accessories

Electronic control system

Sampling system: Nebulizer, quartz torch, mass flow-rate controller

Software

Applications

Inductively Coupled Plasma-Optical Emission Spectrometry (ICP-OES) is ideal for sample analysis across various fields, including geology, metallurgy, rare-earth and magnetic materials, environmental science, medicine and health, biology, marine science, petroleum, chemical new materials, nuclear industry, agriculture, food inspection, and water quality.

Wavelength range	180 nm ̴̴ 900 nm
Analytical speed	10 elements every minute
Accuracy	Relative standard deviation RSD ≤ 2 %
Stability	Relative standard deviation RSD ≤ 3 %

Inductively Coupled Plasma-Optical Emission Spectrometry LB-10ICP-OES

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