Wire Erosion
MAIN FEATURES:
The wire EDM service offers numerous benefits for the machining process.
One of its great differences is that this system allows the machining process to be carried out even after the hardening process, which is not possible using other methods.
Furthermore, the wire EDM service allows parts to be manipulated according to the customer's needs, without the risk of deformation or structural problems, as the wire EDM service is carried out without physical contact with the part. , which avoids direct friction and offers extreme cutting and finishing quality.
Therefore, the use of the wire EDM service is essential for segments of the machining and tooling industry, and other companies that want greater precision and quality in the machining process, as in addition to agility in production, the service also provides improvements in quality. end of the pieces.
Electro-erosion machining leaves a cleaner, smoother finish, with less roughness on the surface of the part.
Because it contains all these advantages, wire EDM service can be applied in a variety of locations. But it is important to be careful to find a renowned company, such as Peppertools, which has high quality and the essential certificates to develop this type of service.
Furthermore, Peppertools uses advanced technology equipment and has a well-trained team to carry out the wire EDM service properly and ensure the optimization of your industrial process.
BENEFITS OF WIRE ELECTRIC EROSION SERVICE:
The wire EDM service is extremely dynamic, providing greater agility and simplicity for the work sector of an industry and offering chances to increase its productivity;
The procedure guarantees the creation of high-quality surfaces, without distortions or structural problems;
The wire EDM service has slight heat dissipation, which does not generate friction during production, because there is no physical contact between the part and the wire;
Versatility of materials: any material that is electrically conductive can be cut using this process, including those whose hardness prevents them from being cut using other machining processes;
More complex cuts and dies can be produced with more precision and speed through electro-erosion machining;
Thin and fragile cuts can be made more easily and practically;
Possibility of manufacturing large quantities of parts quickly and safely;
The precision of this process is high and this allows highly complex patterns to be replicated;