Page 3 - Shimadzu ICPS-8100

ICPS-8100

Shimadzu ICPS-8100 Twin Sequential High Frequency Plasma Emission Spectrometer
SEQUENTIAL PLASMA SPECTROMETER

Since developing its first ICP emission spectrometer in 1977, Shimadzu has sold over 1200
multi-channel and sequential model ICP emission spectrometers and has remained a world
leader in ICP technology. The ICPS-8100 is a top-of-the-line ICP emission spectrometer that not
only incorporates the accumulated experience, performance, and quality of Shimadzu ICP
emission spectrometers, but also features significantly improved performance, reliability, and
ease-of-operation.

Advances in High Frequency Plasma
By introducing a carrier gas (Ar) and sample solution into plasma generated by passing a high-frequency current through an induction
coil, a donut-shaped plasma with a lower temperature at the center than the perimeter is formed. This plasma is called inductively coupled
plasma (ICP). Emission spectrometers that use this plasma as a light source offer many advantages, including a limitless wide range of
applicability, over elemental analysis systems that use conventional light sources.
The ICPS-8100 minimizes losses by supplying a maximum 1.8 kW high-frequency output to the high-frequency coil via proprietary
Shimadzu circuitry. Since a 27.12 MHz frequency is used to increase thermal energy, elemental excitation efficiency is high as well,
resulting in an extremely high emission intensity. This allows introducing all types of solvents, such as organic solvents, hydrofluoric acid,
or saturated salt water.

The twin sequential method provides Benefits of the ICP light source,
stable analysis. which is capable of highly accurate
analysis of a wide variety of elements
in a wide variety of samples in a wide
Monochromator 1
range of concentrations
Plasma Light Source
High detection capability to ppb-levels
Central Control
Low interference between elements

Sample Wide analytical concentration range
Now Offered with Ultimate Improvements to Satisfy Monochromator 2
All Requirements for ICP Emission Analysis Outstanding stability and reproducibility

Contents P 04 - Features P 08 - Analytical Operations P 15 - Specifications

P 06 - System Contents P 12 - Sample Injection System P 16 - Installation Requirements

P 07 - Application Fields P 14 - Peripheral Equipment