The bed base and foundation feet serve as the core supporting structure of laser equipment, and their welding precision and strength directly determine the equipment's stability and machining accuracy. Traditional manual welding is plagued by pain points such as high heat input, uncontrollable deformation, poor consistency, and low efficiency, all of which are perfectly resolved by Denlamp collaborative robot welding. Featuring high-precision repetitive positioning and flexible posture control, it adapts to complex grooves and multi-angle welds of foundation feet, with welding deformation controlled within 0.3mm to guarantee the precision retention of the bed base assembly reference.

Delamps collaborative robots support lead-through teaching and rapid programming, enabling the commissioning of new workpieces within 15 minutes and boosting production changeover efficiency by over 70% compared with manual operation. Equipped with weld seam positioning and visual tracking systems, it can automatically compensate for clamping deviations to realize teaching-free intelligent welding, greatly reducing reliance on operators' professional skills. The welding process adopts a low heat input technology, delivering aesthetically formed welds with qualified strength and low residual stress. Large-scale annealing correction is unnecessary, effectively cutting the cost of subsequent processes.

This solution requires no safety fences and allows human-robot collaborative operation, reducing workshop floor space occupancy by 30%. Meanwhile, full-process automated welding eliminates the smoke and arc light hazards associated with manual welding. Compared with traditional processes, the welding efficiency is increased by 5 to 10 times, the yield rate remains steadily above 99%, and labor costs are reduced by 60%. Widely applied in the manufacturing of heavy equipment such as laser cutting machines and machine tools, it achieves high-precision, high-stability and high-flexibility intelligent production for the welding of bed bases and foundation feet.