3D metalprinting DMP 350 / 500
These powderbed printers are especially in the medtec industry Best-in-Class. Threefold vacu...
Portal and digital medical technology fair of the largest MedTech cluster in Germany
3D metalprinting DMP 350 / 500
These powderbed printers are especially in the medtec industry Best-in-Class. Threefold vacu...
Wire EDM is GF DNA. Smart spark management prevents from wire breakage and surface damage, when cros...
Wire erosion is a process for machining parts by causing electrical discharges. It is used in the industrial sector to create complex shapes. This service is offered by companies that specialize in precision machining and mechanical construction. The main advantage of wire erosion is its versatility, which is essential for manufacturing parts from materials that are difficult or impossible to machine conventionally. This type of machining has the potential to produce high-quality parts with great accuracy.
In this process, a highly ionized wire is used as an electrode. The wire is fed between two spools, one with the workpiece and one without. The electrical discharges created by the wire cause sparks which change the shape of the workpiece. The reshaping process is performed in a liquid that conducts electricity and flushes away metallic dust. Moreover, wire erosion is compatible with many metals and plastics.
This process involves a wire that conducts electricity from a power supply. The wire emits sparks, which change the shape of the part. The electrode moves in a vertical direction, while the workpiece moves in a horizontal position. This reshaping process is carried out in a liquid that conducts electricity and removes metallic dust. Compared to other processes, the wire erosion process is a more cost-effective and flexible method for cutting metal.
In addition to wire erosion, Bedestone's other precision engineering services include the EDM facility. During this process, an electrical spark arc is produced between the wire and the workpiece. The resulting cut creates a shape in the work piece. This method is cost-effective and time-saving, and can also be used for resizing and reshaping components. In addition, it is an accurate and reliable process for machining parts.
Wire erosion is a type of electro-mechanical process used in the industry to create complex shapes. It is also known as electronic discharge machining, and uses an electric spark to cut metal. It is an effective and accurate way to shape and cut tough materials. If you need to cut intricate shapes, it is recommended to use a tool that uses electrical discharges. This type of electrode cuts easily, but the process is also time-consuming.
Its advantages include the ability to produce intricate detail. The process is fast and safe. The wire is etched with a laser and a dielectric-deionised water acts as a coolant and helps wash away any particles that may affect the cutting process. This method was first discovered by Joseph Priestly, an English Scientist, in 1770. The method was developed for the manufacture of sharp-toothed blades.
The EDM process can also be used for machining. It is a cost-effective and accurate way to remove metallic components. It can be used for thicker component parts. It also allows for high-precision cuts in the metal. Various processes are available for wire eroding. There are a number of benefits of using this technique. For example, the process of reshaping a metal part is precise.
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