RoboticPlus.AI

RoboticPlus.AI

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RoboticsPlus.AI is a leading intelligent robotics system company in China, building a new generation of robotics solutions adapted to flexible manufacturing through its self-developed industrial software platform RoBIM. With an interdisciplinary R&D team of masters and PhDs and technical experts from the fields of graphics and automation, the company focuses on the core technologies of robot contr

Photos from RoboticPlus.AI's post 13/02/2026

High-mix. Low-volume.

Skilled welders in short supply.

Traditional robot programming too slow to keep up.

Sound familiar?

In one heavy equipment workshop, everything changed when an intelligent welding system powered by RoBIMWeld was deployed.

No teaching. No programming.

With 3D vision and AI planning, the robot sees the part and determines how to weld it—instantly.

The result:

✅ Stable weld quality

✅ Reduced production bottlenecks

✅ Greater flexibility in real manufacturing conditions

Because the future of advanced manufacturing isn’t about forcing parts to fit robots.

It’s about building robots that adapt to parts.

03/12/2025

In modern shipbuilding, profiled steel accounts for 20–30% of a vessel’s total steel usage, and its cutting accuracy directly influences downstream assembly and welding quality. Traditional manual cutting is labor-intensive and limited in efficiency.

Today, automated solutions such as robotic profile cutting lines are reshaping shipyards and accelerating the transition from traditional to intelligent manufacturing.

RoboticPlus.AI empowers shipyards to improve efficiency, enhance quality, reduce costs, and streamline the entire production workflow.

Check out the video below.

Photos from RoboticPlus.AI's post 16/09/2025

In small-batch, high-mix production with tight deadlines, flexibility is everything. 🚀

That’s where our intelligent robotic system RobimCut shines:

✅ Rapid changeovers with autonomous programming
✅ Seamless mixed-model production
✅ Higher efficiency and consistent quality
✅ Reduced reliance on manual expertise

The outcome: precise scheduling, agile responsiveness, and lower costs—core drivers of smart manufacturing.

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