Steel Structure Welding | Industry Solutions | MENG ROBOT
Steel Fabrication Solution

Steel Structure Autonomous Welding

Welders are Scarce, Deadlines are Final.

Eliminating dependency on high-cost expert welders. We solve the scarcity of skilled labor while ensuring ±0.03mm precision in heavy bridge beams and industrial frames.

Technical Specs
CHALLENGE 01

Welder Scarcity

"Skilled welders for bridge beams are almost impossible to hire. Deadlines remain non-negotiable."

CHALLENGE 02

Cumulative Errors

"Ensuring precision over 12m+ long-span beams is impossible with human fatigue and manual jitter."

CHALLENGE 03

Facility Barrier

"Gantry robots require fixed rails and massive capital investment. Mobility is the breakthrough."

±0.03mm
Error Absorption

Maintaining a constant 99.5% UT pass rate. Unlike standard parts, steel structures are inherently inconsistent. Our robot acts as a "Precision Anchor," neutralizing deviations in real-time.

Using proprietary "Robot Seeking Workpiece" logic, it absorbs cumulative errors during long-distance continuous welding on heavy beams.

Patent: ZL202321819269.3

Trackless
Autonomous Mode

Free your workshop floor from fixed rails. With 20km range and 5-7 days of endurance, the Meng Robot navigates autonomously around heavy steel structures.

Enabling a flexible "Robot-to-Workpiece" workflow that maximizes your existing workshop footprint without civil engineering costs.

Patent: ZL201710251066.1

Steel Structure Efficiency Benchmark

Metric Traditional Gantry MENG ROBOT Solution
Labor Reliance Expert Welder (Scarce) General Operator (4h Mastery)
Infrastructure Rails & Heavy Foundations Zero (Fully Autonomous)
Precision Control Human Dependent ±0.03mm (Dynamic Laser)
Operation Cycle 8-hour Shifts 24/7 Unmanned Mode