no results
Ihre Produkte genau hier!
Ihre Suche lieferte keine Ergebnisse, aber Sie können sich mit Ihren Produkten und Leistungen auf dieser Seite präsentieren
Mit einem Eintrag auf Weltzentrum der Medizintechnik platzieren Sie Ihre Produkte und Dienstleistungen bei Google & Co. ganz weit oben und erreichen so jeden Tag mehrere Tausend potentielle Kunden aus der Medizintechnikbranche. Mehr Informationen gibt es auf der Firma eintragen - Seite.
no results
Ihr Unternehmen genau hier!
Ihre Suche lieferte keine Ergebnisse, aber Sie können sich auf dieser Seite präsentieren
Mit einem Eintrag auf Weltzentrum der Medizintechnik platzieren Sie Ihr Unternehmen bei Google & Co. ganz weit oben und erreichen so jeden Tag mehrere Tausend potentielle Kunden aus der Medizintechnikbranche. Mehr Informationen gibt es auf der Firma eintragen - Seite.
Electron Beam Melting (EBM) - 3D printer
Electron beam melting is a method of manufacturing parts from metal and other conductive materials. The electron beam is extremely powerful, and can melt materials with a wide range of chemical properties. This method requires a vacuum to operate, and the part is usually cooled before use. After melting, parts can be finished by machine, polishing, or coating them. The main criteria for selecting the material for EBM 3D printers is that it is conductive. Non-conductive materials cannot interact with the electron beam.
The process begins by slicing the 3D model in a slicer software. The slices form the pattern for the electron beams, which will melt the part layer by layer. This process can create highly complex and durable structures. Another benefit of EBM 3D printers is their ability to create highly detailed models. And since the material can be melted from the inside, the process is remarkably accurate.
The Electron Beam Melting 3D printer process is very similar to basic 3D printing. The user must create a 3-D model using slicer software, which will cut the model into thin slices. The slices are used as patterns for electron beams, which vaporize and melt the desired part. This technique allows for highly complex, durable parts to be created, such as implants. The technology has also improved the precision of the print, and it is now widely used in industrial applications.
An Electron Beam Melting 3D printer can produce a metal object that has a high degree of precision and repeatability. While this type of process is similar to other metal printing methods, it differs in the amount of powder that is melted. The laser is used for a very small fraction of the material, and the process can take months to complete. An EBM printer typically requires trained operators, but the end result is still a perfect part, and it will be a work of art.
An Electron Beam Melting 3D printer uses an electron beam to melt a metal object. An electron beam is a light source, and is used to produce objects and components. This technology has many advantages over traditional metal printing technologies. The electron beam is several times stronger than a laser. This means it can print much faster. Unlike other types of metal 3D printing, the EBM process requires less maintenance.
The EBM process involves the use of electron beams to melt a metal object. The electron beams are used to melt the material in many different locations on the object. During this process, multiple electron beams are used to build the part. The process is very fast and can produce many parts quickly. Moreover, EBM 3D printers are cost-effective for small businesses and individuals. However, they need to be installed by an expert in your industry.