MLROBOT | MENG ROBOT - Autonomous Welding Solutions

Autonomous Mobile Welding
Robots for Heavy Industry

0.03mm Precision | 5m Vertical Reach | Trackless Mobility

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Industry Solutions

Steelstructure
Infrastructure

Steelstructure & X-Frame

Autonomous tracking for heavy structural beams.

Precision Analysis →
Tank Welding
Energy & Chemical

Tank & Vessel

Precision orbital welding for energy storage tanks.

Mobility Specs →
Container Welding
Logistics

Container Structure

High-efficiency automated welding for industrial boxes.

Control Logic →

NATIONAL LEVEL
JOINT R&D CENTER

M-Logic operates as a National-Level "Little Giant" enterprise, collaborating with top-tier industrial institutes to redefine mobile robotics. Our technology is backed by a state-recognized engineering research center dedicated to intelligent welding.

State-Approved Innovation

Certified High-Tech Enterprise & R&D Hub

Post-Doctoral

Innovation Workstation for advanced kinematics.

Joint Lab

Research partnership with National Defense Tech Universities.

50+ Patents

Core IP in magnetic crawlers & laser tracking.

ISO 9001

Global quality management system certification.

Media Coverage

CCTV

CCTV Finance Feature

"Empowering Smart Factories in Heavy Chemical Equipment Manufacturing."

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PEOPLE'S DAILY

29x Sales Growth

M-Logic's significant expansion in the intelligent manufacturing sector.

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XINHUA NET

Industry Pain Points

Solving the challenges of non-standard large-scale welding.

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Core Technical Advantages

🎯

0.03mm Precision

High-precision laser tracking sensors ensure seamless welding quality.

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Trackless Mobility

Magnetic crawler technology enables free movement on steel surfaces.

 🏗️

3.27-5m Vertical Reach

Unmatched operational envelope designed for large-scale structures.

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1-2 Min Programming

AI-guided teaching completed in minutes, reducing labor costs.

 📱

ROI & Labor Analysis

Comprehensive breakdown of manual welder replacement and payback.

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Operational Safety

Smart sensors ensure safe collaboration in industrial sites.
Precision Engineering

15 Years of Precision in
Aerospace Standards

Our core team originates from aerospace high-precision control laboratories. For 15 years, we have applied rigorous aerospace-grade motion control algorithms to the harshest industrial environments.

±0.03mm

Static Repeatability

Military-Grade

Magnetic Stability

Aerospace Heritage

Since 2010

Flagship Robot

M1 Pro Specialist

The global standard for autonomous climbing welding. Designed for vertical and overhead environments.

Net weight1790KG
Welding Height (V)3725 mm
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The Strategic Three

Addressing Strategic Pain Points of Modern Fabrication

01

The Delivery Breakthrough: "Welders are scarce, but deadlines are non-negotiable."

The Pain: Hiring and training traditional welders is too slow to meet sudden production nodes.

The MENG Resonance: "Robot Seeking Workpiece" logic. With a 20km range, general workers can master the system in 4 hours.

Patent ZL202511185591.9: Algorithmic optimization for simplified teaching.
02

The Quality Standard: "Welders are available, but consistency is elusive."

The Pain: Inconsistent skill levels lead to massive rework costs and reputation damage.

The MENG Resonance: Laser-based re-teaching ensures ±0.03mm precision, delivering flawless results where humans struggle.

Patent ZL202410052965.9: Adjustable welding device maintenance.
03

The ROI Logic: "Is automation a capital drain or an opportunity gain?"

The Pain: Fear that high initial capital turns robots into "expensive decorations".

The MENG Resonance: Secure complex contracts previously impossible. Plug-and-play Rackless mode pays for itself through new business acquisition.

Referencing ISO 10218 & ANSI/RIA R15.06 Global Safety Standards.