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Pilot Foundry for Permanent Mould Processes

Generally a model (pattern of the casting part) is required for moulding accounting for compensation of volumetric shrinkage during alloy solidification. Sand casting moulds are produced in at least two-part patterns to allow for quick and easy shake-out after casting. The mould is put under thermal and mechanical stress so highly in the course of the casting trial, so that it looses its original strength and can therefore only be used once.

Volume compensation in the liquid state is incorporated by the typical use of a single or several feeders depending on the actual used casting alloy. Inner contours or cavities are produced via separately manufactured cores. Solidification can be directed by integrated cooling chills.


  • Customer specific casting trials
  • Metallurgical and technological casting trials
  • Melting of casting trials (inert gas atmosphere possible)
  • Remelting trials of raw materials/pre alloys/component parts for further analyses
  • Possibility of melt treatment, melt cleaning and melt control via impeller and thermal analysis
  • Extensive possibilities for manufacturing of sand moulds and core shooting possibilities (Cold-Box und Hot-Box) according to customer standards
  • Casting trials of small batch series according to customer specifications
  • Cleaning and finishing possibilities (sand/shot blasting and machining) in our own workshop
  • Heat treatment
  • Training courses


  • Casting trials and project specific experiments of GJL-GJV-GJS
  • High alloy steel (f. ex.: GJSA-X/Ni-Resist)
  • Cast steel incl. heat treatment options
  • Al-alloys
  • Mg-alloys using inert gas atmosphere during melting


  • Modern mould material preparation unit for bentonite bounded moulding sand (Eirich-Mixer, 140 litres) *
  • Sand core mixer
  • Sand core shooter with gassing device and controllable heating cartridges
  • MF-induction furnaces with melting capacities from 5 to 150 kg
  • Thermal analysis possibilities in Quick Cups
  • Mini-degasser (Impeller)
  • Gravity die casting systems with numerous options on dies and means of temperature control
  • Modern heat treatment possibilities (convection furnaces, hearth furnace and chamber furnaces)
  • Rotary spinning wheel and shot blasting units

* In co-operation with Chair of Casting Research (LfGk - University of Leoben) 

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