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Optoelectronic direct reading spectrometer (OES)
ARL for Twin OES or XRF ™  SMS-3500 automation technology
  • ARL for Twin OES or XRF ™  SMS-3500 automation technology
  • ARL for Twin OES or XRF ™  SMS-3500 automation technology
  • ARL for Twin OES or XRF ™  SMS-3500 automation technology
ARL for Twin OES or XRF ™ SMS-3500 automation technology
Using Thermo Scientific for Twin OES or XRF ™ ARL ™ The SMS-3500 automation technology, a comprehensive laboratory workflow automation solution, can improve the laboratory efficiency of process control in the metal and mining industries. The laboratories of major metal producers usually adopt two identical but separated sets of spectroscopic testing lines to ensure fast reaction time when several urgent analytical samples must be processed simultaneously. The ARL SMS-3500 system is an economical alternative. The automation of multiple spectrometers and samplers using the ARL SMS-3500 system can reduce sample analysis costs, increase sample processing capacity, and provide better repeatability and higher quality results for users in the metal and mining industries who need more comprehensive and integrated automation solutions.

The ARL SMS-3500 automation technology suitable for Twin OES or XRF provides a single injection location with film storage function for all samples,
No sample injection is required, simplifying the sample processing process. This can reduce reaction time, accelerate the pace of sample processing, and improve the availability of automatic sample preparation function in extreme production control environments.


main features

Eliminating time-consuming electromechanical transmission systems: The SMS-3500 automation equipment can move samples between system components within seconds.

The ARL SMS-3500 simplifies operations, reduces system complexity, and is therefore easy to maintain and use.

A single interface can provide a complete set of sample tracking and automated user functions.

The single registration device and injection location can be used for all production samples, and the latter can be automatically guided to the corresponding system components

Dual sample preparation equipment support can reduce reaction time, accelerate the pace of sample processing, and improve the availability of automatic sample preparation function in extreme production control environments

Simplify operator work: The automation system can optimize reaction time and manage samples based on sample priority, available sample preparation, and analytical resources. The internal sample storage capacity can immediately eliminate the need for subsequent sample injection operations

All instruments can be manually operated offline without interrupting automated system operations.

XRF and OES applications use the same analysis software, and automation control is based on validated ARL SMS software.


Suggested for:

Steel applications

High alloy, stainless steel, copper, brass, and bronze applications

Application of aluminum or fire assay method