SPECTRO INSTRUMENTS

New ARCOS spectrometer surpasses performance limitations

Spectro Analytical Instruments from Kleve, Germany has developed a new ARCOS high-resolution ICP-OES spectrometer, which is the first and only spectrometer featuring the fast and convenient selection of axial plasma or radial plasma observation in a single instrument – without any optical compromise. Designed for use in the most demanding elemental analysis applications in industry, science, and academia, the new ARCOS easily surpasses the performance limitations of conventional ICP-OES instruments, dramatically improving sensitivity, stability, and precision, while lowering operating costs with the introduction of innovative components, unique capabilities, and optimum flexibility.

The new device establishes a new ICP-OES performance class for complex analytical tasks – resolving a wide array of inherent problems in traditional spectrometer design – and caps 30 years of Spectro´s experience in developing advanced solutions for the elemental analy­sis of metals, chemicals, petrochemicals and other materials.

Features:

Axial or radial plasma observation: Spectro´s unique new MultiView capability delivers performance improvements in accuracy and stability and allows for the fast and convenient selection of axial plasma or radial plasma observation with no optical compromise.

ORCA optical system: The CCD optic system with a Paschen-Runge mount assembly delivers a matchless resolution of 8.5 picometer in the wavelength range from 130 to 340 nm.

Innovative power generator: A unique new solid-state generator design that provides the highest plasma power available for extreme or quickly changing plasma loads.

Elimination of the need for purge gases: Spectro´s UV-PLUS sealed optical chamber ends the need for the purging of argon or nitrogen gases – along with the related supplies, maintenance costs, and downtime.

No external cooling system: air-cooled interface technology and the completely air-cooled generator eliminates the need for an external cooling system – along with the associated, and often substantial, equipment, power, and maintenance costs.

The new ARCOS generation is available immediately from Spectro Analytical Instruments.

//www.spectro.com" target="_blank" >www.spectro.com:www.spectro.com

Related articles:

Issue 4/2015 SPECTRO

Reliable on-site identification, elemental analysis and screening

Spectro Analytical Instruments, based at Kleve/Germany has introduced the new xSORT family of handheld EDXRF spectrometers for onsite elemental...

more
Issue 04/2013

New analyzer for wavelength dispersive XRF spectrometer

Thermo Fisher Scientific Inc. has announced a new 200-Watt version of its innovative Thermo Scientific ARL OPTIM’X Wavelength dispersive X-ray...

more
Issue 3/2017 SPHEREOPTICS GMBH

Portable emission FTIR spectrometer for Thermal Infrared (TIR) remote and proximal sensing applications

D&P Instruments’ portable FTIR spectrometer (Model 102), also known as the micro FTIR among the scientific community, is a passive-mode FTIR spectrometer, which measures the radiation emitted by the object itself. Thus, it serves as the ideal instrument for thermal infrared (TIR) remote sensing applications, where non-destructive testing is mandatory or where spectral field measurements (validation/calibration) have to comply with the requirements necessary for a quantitative comparison with emission spectra obtained via an air- or spaceborne TIR remote sensor. It’s also the product of choice for gas detection and analyses, as the FTIR-technique allows for very high spectral resolution. The compact and portable micro FTIR is ideally suited for outdoor use and incorporates a thermally stabilized interferometer, which is available with either a liquid nitrogen or a stirling cooled dual InSb/MCT detector. This passive mode FTIR spectrometer provides the user with emission radiance spectra (which can be transformed to emissivity/temperature via TES) ranging from 2 μm to 16 μm with a spectral resolution of 4 cm-1. http://sphereoptics.de

more
Issue 12/2019 DALMIA CEMENT BHARAT LTD

Influence of the mineralogy and microstructure of clinker on its grindability – an Indian perspective

This article aims to determine the relationship between the chemico-mineralogical and microstructural parameters of clinker that fundamentally influence its grindability. The study investigated the...

more