Which technology to employ?

This has led to some confusion regarding which technology to employ and why.

To help decide between XRF and XRT inspection, it helps to understand how each of them works.

Nearly all elements, from iron to copper to nickel to tungsten, have unique and known X-ray signatures.

Copper extraction 

The right technology makes the difference!

When an X- or Gamma-ray is absorbed by an element, the element fluoresces, or emits energy. Inner-shell atomic fluorescence produces the X-ray signature, and can be "captured" and reported.

XRF analyzers do both tasks: they provide the incident X-rays that generate the excitation in the atoms and then detect the fluorescence from most of the elements in the sample material.

Zinc extraction

Our XRF is the right technology! 

In the recent past, sorting Aluminum alloys by means of XRT (X-ray-Transmission) technology has been tried.
However, this expensive sensor technology (based on the physical property of material density) is not precise
enough for specific alloy sorting.

With our XRF technology we are able to have a feeding process of material at a maximum of 12 lines and up to 5 tons per hour.

Heavy extraction

Engineered for the future

Our RAS-XRF Technology is engineered and developed for the Metal Industries to sort and separate heavy metals.  

Our RAS-XRF Technology

XRF System Integration 

We integrate The RAS-XRF in your existing system or we develop a new concept to achieve your goals.

Get more info about our Engineering Services here.

Contact us: 917-415-9025

Head Offices

United States of America

Recycling Automation Systems US Inc.

1300 Ave at Port Imperial 

Weehawken, NJ 07086

+1 917 415 9025

Germany

Recycling Automation Systems UG 

Elisabeth-Rathus Weg 14

59494 Soest, NRW

+49 157 52952423

Copyright © 2020 Recycling Automation Systems US Inc. All rights reserved.

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