en.Wedoany.com Reported - BQ Technology's self-developed "Jiluan" welding large model has recently passed the national generative AI service registration, becoming the first nationally registered vertical large model for industrial welding in China.

This registration makes BQ Technology the first enterprise in China to complete national large model registration in the heavy industry embodied intelligent robot sector. Leveraging its deep integration capabilities in robotics, large models, and industrial scenarios, BQ Technology is accelerating the construction of an embodied intelligent robot system for heavy industry applications, promoting the industrial application of large models and embodied technologies in the field of intelligent manufacturing.

As a significant achievement of BQ Technology in the field of artificial intelligence, the "Jiluan" welding large model integrates welding knowledge graphs, massive industrial data, and agent technologies. This model enables functions such as intelligent generation of welding processes, quality prediction, and parameter optimization. Verified in industrial settings, this solution can shorten the welding process development cycle by 60% and reduce overall production costs by over 40%, driving the transformation of welding operations from "experience-driven" to "data-driven, intelligent decision-making." As the core "brain" of BQ Technology's embodied intelligent welding robots, the "Jiluan" welding large model is propelling robotic welding towards higher levels of autonomy and intelligence.

The "Jiluan" welding large model has been applied in fields such as marine ship heavy industry, oil and gas chemicals, heavy steel structures, and energy power heavy equipment manufacturing.

Feng Xiaobing, founder of BQ Technology, stated that the national registration of the "Jiluan" welding large model is a significant achievement of the team in accumulating welding data assets and tackling intelligent technologies. In the future, BQ Technology will continue to promote the deep integration of embodied intelligent robots with complex industrial scenarios, using its self-developed large model as a cornerstone to drive the intelligent iteration and upgrade of industrial robots, accelerating the innovative application and large-scale deployment of artificial intelligence in the industrial sector.

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