Die neuen Photonweld Laserbolzenschweißgeräte.
Härte, spurenlose Verbindungen
Entwickelt für den harten Baustelleneinsatz und den Dauerbetrieb, liefern die Geräte dank hoher Einschaltdauer, Konstantstromregelung und moderner Mikroprozessorsteuerung erstklassige Schweißergebnisse – selbst bei widrigen Außentemperaturen und langen Kabelstrecken.
Hochgeschwindigkeitsbolzenschweißen mit dem handgeführten Photonweld Laserbolzenschweißgerät.
Dieses Schweißverfahren verbindet Metallstifte, Bolzen, Gewindebolzen oder andere Kleinteile schnell und fest mit einer Metalloberfläche.
Unser fortschrittliches Laserbolzenschweißgerät eignet sich hervorragend für präzises und spurenloses Bolzenschweißen mit Durchmessern von 1,0 bis 12,0 mm und Längen bis zu 50 mm.
Laser welding studs
Due to a fast increasing number of enquiries about studs that have to be applied using laser welding, many manufacturer of welding studs started to produce typically laser welding studs. Specific Laser welding studs have been developed in such a way that they are similar in dimension to welding studs for tip ignition. They simply leave off the ignition tip and the slight pitch, so that they can be welded flat on the sheet.
Laser Stud welding
Laser Stud welding, is a form of high efficient and low energy cost welding in which a stud or bolt is permanently connected to the workpiece. The bolt is attached to the workpiece by means of a laser welding gun. This is a welding method where metal pins, bolts, studs, or other small parts are quickly and intensely welded onto a metal surface.
Our advanced Laser stud welding machine, is highly suitable for precision and markless stud welding with diameters from 1.0 to 12.0 mm and lengths up to 50 mm.
With laser stud welding, not only can use be made of bolts, but also small bushings with internal threads. The advantage of the laser stud welding method is the high processing speed, the welder can weld several pieces per minute. There is also almost no heat distortion because the heat is applied very shortly and very locally and the piece cools down quickly. Due to the different methods exisitng, capacitor stud welding and arc stud welding, both types of studwelding can be replaced and thin and thicker material can be welded by laser stud welding.