The recovery of:

• Type sorting of ferrous metals (e.g., stainless steel)
• Type sorting of non-ferrous metals (such as aluminium, copper, brass, bronze, zinc, stainless steel)
• Critical raw material (e.g. tungsten from mobile phones)
• Printed circuit boards
• Plastics
• Glass
• Composite materials

Sorting of:

• Various aluminium groups
• Plastics
• Various scrap metals

• Sorting of slag: separation of various metals from a mixture of slag and metals
• Sorting of aluminium
  
  • Separation of various impurities of metallic origin (Cu, Zn, VA, brass, Pb etc.)
    
    • further separation of these fractions (see below: sorting of non-ferrous metals and other metals)
  • Separation of various impurities of different origin (e.g. wood, plastics) by means of camera technology
  • Separation of aluminium alloys with a higher Zn or Cu content. We are able to produce for instance the alloy 6061 by separating Al alloys with Zn and Cu contents of a few percent

• Sorting of stainless steels
  
  • Separation of impurities such as Cu, Zn, brass, Pb, Sn in pure form and in the form of alloys. A pure fraction of steel / stainless steel is produced.
  • Separation of stainless steels from a mixture of steel and stainless steel.
  • Separation of stainless steels with Mo contents according to adjustable Mo concentration
  • Separation of stainless steels with Ni contents according to adjustable Ni concentrations

• Sorting of non-ferrous metals and other metals
  
  • Separation of Cu, Zn, brass etc. in pure fractions
    
    • Production of a pure Cu fraction
    • Production of a pure brass fraction
    • Etc.
• Sorting of precious metals
  
  • Separation of materials containing Au
  • Separation of materials containing Ag

• Special applications
  
  • Sorting of Cu tubes
    
    • Separation of Ag soldering joints
    • In general: Sorting of various alloys on the basis of differences in the composition of the elements, e.g. presence of an element in alloy A, which is not existent in B and C, etc.