The invention eliminates the need for two cast components.

The invention relates to the production of a cast workpiece having increased wear protection in regions, wherein ceramic particles having an average grain size of between 0.2 and 4 mm are mixed with at least one binding agent.

The invention relates to the marking of castings.

The vibrating device (5) is arranged below the jolting table and is mounted on the inner frame structure (3) in a horizontally and vertically non-displaceable manner.

The cured shapes are then used for making metal castings.

A vacuum and pressure controlled column (550) provides consistent flow to thin walled castings, and pressurized feeding for heavy castings.

Each guided vehicle includes an identifier monitored by a controller to direct the castings to the next required processing station according to a predetermined production sequence for the castings thereon.

The invention relates to a method and a device for cooling cast metallic parts, particularly for cooling cast light metal parts (1) comprising casting cores following the casting process.

The invention relates to a device and method for the production of castings, whereby the material is placed in a chamber with moveable walls under pressure, then, subsequently forced from the chamber and, finally, injected into a mould.

The foundry shapes are used to prepare metal castings.

The foundry mixes are used to make foundry shapes (such as cores and molds) which are used to make metal castings, particularly ferrous castings.

The foundry mixes are used to make foundry shapes (such as cores and molds) which are used to make metal castings, particularly ferrous castings.

The invention concerns a casting plant and a method of producing castings.

Disclosed are a casting method and a casting device for an inexpensive cast-metal object with a high degree of freedom, such that a plurality of types of cast-metal objects are simultaneously cast.

Soon the Germany’s Next Topmodel Castings will start again.