The ARL OPTIM'X WDXRF spectrometer can analyze elements from carbon to uranium in various samples with high accuracy, precision, and reliability.
With its simplicity, flexibility, affordability, and reliability, WDXRF has become the standard testing method for analytical laboratories (such as ASTM and ISO standards).
The cost of a single analysis has advantages over many traditional wet chemical analysis and other spectroscopic analysis methods.

Advanced technology

Innovative UCCO technology (ultra tightly coupled optics) provides strength up to 210% higher than traditional geometric dimensions

Unique Compact SmartGonio Device for Sequential Analysis

The optional multi-element fixed channel allows for faster analysis or better performance of selected elements

The optional OptiQuant package can perform "standard free" analysis on up to 73 elements when specific standards are not available or only a small or irregularly shaped sample can be obtained

main features

Unique WDXRF platform with the ability to perform sequential and/or simultaneous analysis

Obtaining analytical performance equivalent to 500W using a 200W X-ray power supply

Obtaining analytical performance equivalent to 200W using a 50W X-ray power supply

Element coverage range from carbon to uranium, depending on configuration

High precision (short-term and long-term repeatability) can be ensured through temperature adjustment of spectrometers and crystals

From low Z elements to heavy elements (in CaK) α Excellent spectral resolution at around 15 eV

Independent automatic operation, no need for water cooling

No gas supply required (depending on configuration)

Simple and direct injection

The sample changer can achieve automatic batch analysis

Small footprint

It can analyze many types of samples, including conductive and non-conductive solids, liquids, loose powders, tablets, molten microspheres, pastes, particles, and coatings.

Recommended use

Analysis of alternative fuels and waste incineration products in the cement industry

The analysis of sulfur (S) and other elements in petroleum products and lubricants fully complies with ASTM, ISO, and other industrial WDXRF standards

Analysis of major and minor oxides in raw materials such as limestone, sand, bauxite, ceramic materials, refractory materials, slag, and slag

Analysis of major and trace elements and pollutants in food and chemical products