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AETECH Co., Ltd.

AI-Driven Autonomous Industrial Cleaning and Maintenance Robotics

Specialization

AI Robotics

Industrial Automation

Keywords

Autonomous Cleaning Robot
AI Vision System

Developer of AI-powered autonomous cleaning and inspection robots designed for industrial, commercial, and public facilities.
Robots combine LIDAR, SLAM, and AI vision algorithms for precise navigation, obstacle avoidance, and environmental mapping.
Provides customized robotic solutions for high-risk or labor-intensive sites such as power plants, factories, and large facilities.
Each robot operates with an energy-efficient design (10 kW/h) and a modular architecture enabling remote management and software updates.

(1) Owned Technology

Autonomous Navigation Core (ANC): proprietary real-time SLAM-based movement and path optimization algorithm.
AI Vision & Obstacle Detection Module: enhanced recognition of narrow spaces and reflective surfaces.
Smart Power Management System: reduces energy waste by up to 30 % during idle or non-active operation.

(2) Applied Products

Industrial Cleaning Robots: optimized for large-scale facilities (manufacturing, logistics, and energy sectors).
Surface Maintenance Robots: handle cleaning, polishing, and inspection using interchangeable modules.
Factory Environment Management Suite: integrates multiple robots under a unified monitoring platform.

(1) Problem Definition / Development Background

Manual cleaning and inspection in heavy industry entail high labor costs, safety risks, and inconsistent quality.
Industrial sites demand continuous maintenance and real-time monitoring under harsh conditions not suitable for humans.

(2) Value Proposition / Solution

AETECH’s AI robots provide 24/7 autonomous operation with minimal human intervention.
Integration with government support programs reduces adoption cost (₩1.1 B total for 4-robot system).
Robots reduce inspection labor by over 80 % and maintenance cost per unit is only ₩6 M annually.

Cost Efficiency: reduced total ownership cost through energy-saving operation and modular maintenance.
Safety: eliminates worker exposure to hazardous environments (chemical plants, boiler rooms, etc.).
Scalability: supports multi-robot coordination and expansion for large-area cleaning automation.
Sustainability: designed with eco-friendly materials and low-noise motors for green industrial sites.

Deployed cleaning and inspection robots in manufacturing and power-generation facilities nationwide.
Achieved cost reduction of over 20 % compared to imported industrial robots.
Ongoing partnerships with local governments and R&D centers for public-sector smart-facility management.
Expanding adoption through national automation and ESG innovation programs.

(1) PoC Progress

Completed pilot demonstrations in large-scale logistics centers and industrial energy facilities.
Verified performance under high-humidity, high-dust conditions.
Planning overseas PoC deployments in Southeast Asia and the Middle East for energy-plant applications.

(2) Global Expansion

Export strategy targeting industrial automation markets in Asia and Europe.
Building global distributor partnerships and service alliances for regional maintenance support.
Exploring joint R&D projects with international robotics and sensor companies.