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This system consists of two independent glovebox chambers (Chamber A and Chamber B). Chamber A is equipped with a large circular transfer chamber on the right side and a large rectangular transfer chamber on the left side. The rectangular chamber is T-connected to Chamber B via a transfer module, and the transfer chamber is vacuum-pumpable.
Both chambers achieve ISO Class 5 (Class 100) cleanliness to control particulate contamination, and each chamber can be configured to set and maintain different atmosphere environments. Materials can be transferred between Chambers A and B without being affected by the external environment or by the differing atmospheres inside the two chambers.
The system supports continuous operation by one person or independent operation by two people to perform different steps along a process chain, meeting complex workflows that require two extreme or distinct environments. With a more compact layout, it delivers improved environmental control while reducing space requirements and energy consumption.
Designed specifically for materials and processes that cannot be welded in ambient air, suffer from poor weld quality, or generate toxic by-products when welded in a conventional atmosphere.
The system integrates the laser source (fiber / disk laser), galvo scanning head, worktable, CCD coaxial vision positioning system, and process monitoring modules (e.g. PLD) wholly or partially inside a glovebox, thereby completely isolating the weld zone from the ambient atmosphere and preventing oxygen (O₂), nitrogen (N₂) and water vapour (H₂O) from reacting with the high-temperature weld pool.
By eliminating hydrogen generated from water vapour dissociation, the system fundamentally prevents hydrogen embrittlement and delayed cracking in high-strength materials such as aluminium and titanium alloys. The chamber can be filled not only with inert gases (e.g. Ar, He), but also with reactive or mixed process gases as required by the application.
Fumes, spatter and particulates produced during laser welding are fully confined within the enclosure. Toxic welding fumes are captured inside the chamber and discharged only after purification by a dedicated exhaust-gas treatment system. The chamber itself functions as a primary laser safety enclosure, preventing laser radiation from escaping and ensuring operator safety.
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