Abstract: A mandrel is disclosed which is suitable for use in surface metallization process (eiectrodeposition) by electrolysis. The mandrel has at least one inner coating which is metallized on an outer surface of the mandrel by electrolysis method such that it almost entirely covers the outer surface thereof, allowing electrical conductivity to be created on the surface and at least one outer coating which is obtained by almost entirely an electrolytic and/or electroless metallization on the inner coating.

Abstract: A sheet forming system has a body, at least one lower jaw and/or at least one upper jaw, located on the body so as to stay opposite to each other and move towards each other to apply force for the shaping process, at least two plates located on the lower jaw and/or upper jaw to provide strength against the force applied by the lower jaw and/or upper jaw thereto, at least two isolation sheets located on each plate so as to stay opposite to each other to provide heat insulation, at least one male die and at least one female die positioned on the isolation sheet on the lower jaw and/or upper jaw [(4)], and being able to be placed into each other in a completely form compliant manner, at least one workpiece positioned between the male die and female die and being shaped by applying heat thereto.

Abstract: A measuring system is disclosed which includes an electrolysis container, at least one mandrel contained in the electrolysis container and on which a coating is made by surface metallization, a liquid contained in the electrolysis container and containing a solution enabling the conductivity of the mandrel to be increased, more than one probe on the mandrel, enabling the conductivity of the mandrel to be measured, at least one first probe set enabling current to be transmitted onto the mandrel and allowing the current passing on it to be measured by means of an amperemeter located thereon, at least one second probe set enabling the voltage difference to be measured by a voltmeter.

Abstract: A body, a table that is located on the body and allows powders to be laid thereon by a laying apparatus is disclosed. A layer is created by sintering or fusing the powders laid on the table, a part (P) that is produced by depositing the layers on top of each other using additive manufacturing method, and at least one heat source is located on the body and applies heat treatment to the powders laid on the table.

Abstract: A body and a table located on the body that allows powders to be laid thereon by a laying apparatus is disclosed. At least one layer is created by sintering or fusing the powders laid on the table, a part that is produced by piling up the layers using additive manufacturing method, at least one heat source that is located on the body and applies heat treatment to powders laid on the table, at least one sensor for detecting position and operating status of the heat source and at least one control unit controlling the heat source based on information received from the sensor.