Abstract: Device for automatic capturing and removing magnetic material from a flow of material, wherein the device includes a plurality of retractable magnet rod assemblies for capturing magnetic material in a flow of material passing the retractable magnet rod assemblies, where each retractable magnet rod assembly includes a magnet rod comprising at least two magnet segments encapsulated in a non-magnetic material.

Abstract: Separate cleaning assembly for magnet assemblies formed by at least one magnet rod, wiper assembly and magnet handle device, the cleaning assembly including a base and vertically extending main body, wherein the cleaning assembly includes retaining means for retaining the magnet assembly to the main body and receiving means for receiving and accommodating the wiper assembly, wherein the receiving means for the wiper assembly is arranged to moving means arranged for moving the wiper assembly in longitudinal direction of the magnet rods.

Abstract: Device for capturing and removing magnetic material from a flow of material, wherein the device includes a plurality of magnet rod assemblies for capturing magnetic material in a flow of material passing the magnet rod assemblies and where the magnet rod assemblies are removably arranged to an installation plate assembly of the device, where each magnet rod assembly includes a magnet rod comprising at least two magnet segments encapsulated in a non-magnetic material, wherein the magnet rod assemblies comprise a combined attachment and wiper assembly adapted for being received and accommodated in a slot in the installation plate assembly and detachable attachment to a locking groove in the extensions of the slot.

Abstract: Separate cleaning assembly for magnet assemblies formed by at least one magnet rod, wiper assembly and magnet handle device, the cleaning assembly including a base and vertically extending main body, wherein the cleaning assembly includes retaining means for retaining the magnet assembly to the main body and receiving means for receiving and accommodating the wiper assembly, wherein the receiving means for the wiper assembly is arranged to moving means arranged for moving the wiper assembly in longitudinal direction of the magnet rods.

Abstract: Device for capturing and removing magnetic material from a flow of material, wherein the device includes magnet assemblies including magnet rods for capturing magnetic material in a flow of material passing the magnet assemblies and where the magnet assemblies are removably arranged to a frame assembly of the device, wherein each magnet assembly includes a set of at least two magnet rods.

Abstract: A downhole stuck object removal tool for arrangement to a downhole drive system has a cutting assembly and a drilling assembly arranged with the same longitudinal central axis. The drilling assembly is arranged movable in the longitudinal direction in the cutting assembly, from a retracted position in the cutting assembly to an advanced drilling position extending beyond the length of the cutting assembly.

Abstract: Device for capturing and removing magnetic material from a flow of material, wherein the device includes magnet assemblies including magnet rods for capturing magnetic material in a flow of material passing the magnet assemblies and where the magnet assemblies are removably arranged to a frame assembly of the device, wherein each magnet assembly includes a set of at least two magnet rods.

Abstract: The present invention concerns a method and a device for processing calcinated carbon bodies such as anodes or cathodes for use in connection with electrolytic production of aluminum. The carbon bodies are processed using a rotating processing tool that includes a mainly circular disc with cutting edges mounted at its periphery. The cutting edges may be made of polycrystalline diamond (PCD) or an equivalent material. Thus, it is possible to create slots in calcinated carbon bodies in an efficient manner with low tool wear.

Abstract: The present invention concerns a method and a device for processing calcinated carbon bodies such as anodes or cathodes for use in connection with electrolytic production of aluminium. The carbon bodies are processed using a rotating processing tool (1) that consists of a mainly circular disc with cutting edges (12, 12?) mounted at its periphery. The cutting edges may be made of polycrystalline diamond (POD) or an equivalent material. With the present invention it is possible to create slots in calcinated carbon bodies in an efficient manner with low tool wear.