Aluminum alloy MIG welding faces prominent technical hurdles including intense arc light and ultra-fast transient droplet transfer. Conventional testing methods fail to clearly visualize droplet shapes and dynamic molten pool behaviors.
Equipped with high frame rate mode and microsecond-level exposure, the Revealer high-speed camera system adopts high-power pulsed forward laser lighting to effectively eliminate arc light interference.
It fully records the complete whole process: droplet separation from wire end, movement across arc zone and falling into the molten pool, while simultaneously capturing molten pool boundaries and liquid metal flow states.
Such visual transient observation provides reliable mechanism evidence and accurate data support for quantitative analysis of droplet transfer characteristics, process parameter matching, spatter suppression and weld formation optimization.
English
Deutsch
