AMR
AMR(Autonomous Mobile Robot) is a robot that autonomously determines and navigates its route without direct human control. It primarily uses various devices such as sensors, LiDAR(laser scanners), and cameras to perceive the surrounding environment and detect obstacles to move safely.
Learn MoreKey Differentiators
Proprietary Core Technology Internalization Including AWG, ADM, and SML
THIRA ROBOTICS fully designs and manufactures its core hardware technologies in-house, including the Active Wheel Guide(AWG) system, which enables stable operation over uneven surfaces and floor level differences; the Advanced Drive Module(ADM) system, which enhances stopping accuracy and durability; and the Slim Mechanical Layout(SML) system, which enables low-profile robot designs.
Hybrid Autonomous Navigation Algorithms and Robot Control
THIRA ROBOTICS develops advanced autonomous navigation software in-house, including hybrid simultaneous localization and mapping based on laser scanners and vision, AI-powered video analysis for worker following, and real-time obstacle detection.
International Safety Certifications
THIRA ROBOTICS' AMRs have obtained all required safety certifications for major markets including Korea, the United States, and Europe, and comply with the newly established international standard for industrial autonomous robots(ISO 3691-4:2020).
Main Product Lineup
T Series
The T series includes models such as the T300, T600, and T1000, offering various sizes and load capacities. With a maximum carrying capacity of up to 1 ton (2,205 lbs) and the ability to climb slopes up to 10 degrees, the T series delivers robust driving performance.
L Series
The L200 features a low ground clearance of 170 mm and a slim design, making it compatible with various transport tools such as rolltainers and factory carts. The L300 is optimized for wet or contaminated environments, such as food manufacturing plants, and is made of stainless steel to prevent corrosion.
Fleet Management System
The system enables advanced logistics automation through centralized operation of multiple robots, real-time monitoring, and automated task allocation.
Application
Semiconductor factory
wafer transfer automation
Secondary battery factory
material transfer automation
Automotive parts factory
cart transfer automation