Faserlaser-Markiermaschine

Zusammen mit der Entwicklung der Faserlaserquelle wurde die Hand-Laserschweißmaschine weit verbreitet und den industriellen Schweißmarkt verändert, indem er es für unterschiedliche Winkel- und Schweißverarbeitung wie maßgeschneidertes Schweißen, Überlappungsschweißen, T-Profilschweißen, interne / externe Eckschweißen und Draht Feefer .it könnte Ersetzen Sie vollständig die Anwendung des traditionellen Bogenschweißers und der elektrischen Welter-Technologie in dünner Edelstahl, Eisenblech, Aluminiumplatte und ein anderes Metallblech.

Sechs-Achsen Verknüpfung kann jede im space vervollständigen. Die perfekte Kombination aus mechanischem Arm und Faserlaserschweißmaschine kann die Anforderungen verschiedener automatischer Produktionen erfüllen. Es wird häufig beim automatischen Schweißen von Küchengeschirr, Badezimmer, Türgriffen und Präzisionsteilen und Hardware verwendet.

Eight Axis Cantilever Intelligent Workstation is mainly used for the welding production of bridge and ship plate unit structures and other types of workpieces. The eight axis cantilever workstation is compatible with the adaptability of ground rails and seven axis cantilever workstations, improving the adaptability in the width direction. The system deeply integrates welding processes, accurately locates component welds through a visual system, and automatically generates welding programs and executes welding based on the obtained weld coordinate information through the integrated fabric welding expert library. For flat angle welds, vertical angle welds, and multi-layer and multi pass welds with arbitrary placement of workpieces, precise and fast welding can be achieved without programming, teaching, and graphic import. The workstation has auxiliary functions such as arc tracking, automatic gun cleaning, and long-term continuous welding

The automatic flat-bed rectangular welding platform is a high-efficiency, precision welding system. It supports seamless switching between manual welding and automatic welding, and is compatible with handheld laser welding machines, TIG (argon arc) welding, and MIG/MAG (gas-shielded) welding. Equipped with PLC programming, it enables continuous welding with freely configurable start and end points, ensuring stable, reliable, and highly efficient welding quality.

Eight Axis Gantry Intelligent Workstation is mainly used for the welding production of plate unit structure type workpieces in ships, bridges, and environmental protection equipment. The eight axis gantry workstation is compatible with the adaptability of ground rails, seven axis cantilevers, eight axis cantilevers, and seven axis gantry workstations. The system deeply integrates welding processes, accurately locates component welds through a visual system, and automatically generates welding programs and executes welding based on the obtained weld coordinate information through the integrated fabric welding expert library. For flat angle welds, vertical angle welds, and multi-layer and multi pass welds with arbitrary placement of workpieces, precise and fast welding can be achieved without programming, teaching, and graphic import. The workstation has auxiliary functions such as arc tracking, automatic gun cleaning, and long-term continuous welding.

Die luftgekühlte Laserreinigungsmaschine ist eine neue Generation der Oberflächenreinigung von Hightech-Produkten.einfach zu installieren, zu manipulieren und zu automatisieren. einfache Bedienung, kann die Oberfläche des Objekts Harz, Öl, Flecken entfernen, Schmutz, bestickte Trübung, Beschichtung, Beschichtung, Farbe.

Each set of ground track welding workstation includes: arc welding robot, ground track walking mechanism, welding power supply, welding gun and water cooling system, vision system, intelligent welding system (standard configuration). The ground track length is 6 meters/9 meters, capable of X-axis displacement including ground track, gear rack, various linear guides, etc. The working range of the workstation in the Y-axis direction is 1.5 meters on each side, depending on the length of the track

Utilizing self-developed intelligent welding and vision systems, the workstation employs visual photography, line marking, and laser scanning to precisely identify and calculate the position of weld seams. Based on the scanning results, the actual position of the weld seam is determined; the workstation automatically matches the welding process according to the size of the weld angle, including current, voltage, welding speed, and torch posture. Furthermore, based on welding trajectories and processes, program instructions recognizable by robots are created and transmitted to them for welding.