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Transfer System

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What is AGV?

AGV (Automated Guided Vehicle) is a railless, unmanned transfer vehicle that is driven based on autonomously programmed instructions based on inducing signals
of magnetic field, optics, laser and electromagnetic field, without physical rails or inducing structures on the floor.
AGV is equipment that allows for transport and assembly of new parts and addition of production process by more flexibly adding or removing production processes
as needed without redesigning the entire production process.
We promise the most efficient and optimized system suitable for the field conditions.

Effect of Introducing AGV
Improved Productivity

Productivity is improved because it can be used flexibly
without restriction of routes such as existing facilities.

Improved Safety in Working Environment

It ensures technician’s safety by preventing collisions
by using safety detection sensors while transporting heavy goods.

Flexible Change in Production Process

Flexibility is improved by adding or deleting processes such as assembly
and production without redesigning.

AGV Product Introduction (Product Transfer AGV)
MT500-TF
Specifications Dimensions : L=860mm, W=600mm, H=355mm
Stacking Capacity : Max.500kg
Speed : Max.1.5m/s
Positional Accuracy : +/-10mm
Stroke : Optional
Navigation : SLAM, inductive/RFID, optical/RFID
Communication : WLAN
AGV Product Introduction (Assembly Auxiliary AGV)
MT0010-RO
Specifications Dimensions : L=1000mm, W=850mm, H=900mm
Stacking Capacity : Max.10kg
Speed : Max.1m/s
Positional Accuracy : +/-2mm
Navigation : inductive/RFID, optical/RFID transponder,
gyro sensor, QR code
Communication : WLAN
AGV Product Introduction (Assembly Auxiliary AGV)
Tape Guide Method
The AGV operates along the route of different colored tape adhered on the floor. Because magnetic lines are used, there is no need for embedding.
RFID Method
AGV is transported along the desired route by adhering QR code sticker on the floor. It can move things around at the shortest distance without affecting the surroundings by not moving along a fixed line.
Tape Guide Method
The AGV operates along the route of different colored tape adhered on the floor. Because magnetic lines are used, there is no need for embedding.
SLAM Method
SLAM (Simultaneous Localization and Mapping) is an autonomous driving system that runs by learning the surroundings and situations through multiple learning sessions and creating a map based on such information.
Safety Measures
When a technician walks into the driving range, a laser sensor detects this immediately and prevents accident by automatically slowing down or coming to a stop.