Altiol AMR System

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Application Field: Application > Logistics, Sector > Logistics

Application > LogisticsSector > Logistics

This application case showcases a logistics automation solution implemented using AMRs (Autonomous Mobile Robots) developed by Altiol. By introducing autonomous driving technology—a core pillar of the Fourth Industrial Revolution—the system is easy to deploy on-site. Furthermore, it allows customers to configure their own programs, making maintenance simple and intuitive. By adopting this unmanned transport system in logistics centers and manufacturing sites, companies have successfully reduced worker fatigue, increased operational efficiency, and lowered labor costs.

Components

Robot

Altiol offers a diverse lineup of AMRs tailored to different payload and size requirements:

Model	Dimensions (L * W * H)	Max Payload	Max Speed	Repeatability
DZ-80	780 x 560 x 280 mm	200kg	120m/min	± 5mm
QR-400	1,200 x 520 x 338 mm	400kg	100m/min	± 5mm
BW-500	910 x 700 x 336 mm	500kg	100m/min	± 5mm
ZXX-1500	1,370 x 740 x 340 mm	1,500kg	60m/min	± 5mm
XK-1000	1,555 x 602 x 898 mm	1,000kg	45m/min	± 5mm

Workflow

STEP 1.	Data Management: The WMS (Warehouse Management System) manages material inbound and outbound data.
STEP 2.	Task Instruction: The WMS sends work orders to the ACS (AMR Control System).
STEP 3.	Scheduling: The AMR receives task scheduling data from the ACS.
STEP 4.	Execution: The AMR performs product loading and unloading operations according to the assigned sequence.
STEP 5.	Idle State: When no tasks are active, the AMR moves to its home position for automatic charging and awaits the next instruction.

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Features

Simple yet Site-Specific Solutions
- Reduced Installation Costs: Simplified mapping programs minimize on-site setup expenses.
- Customizable Monitoring: Designing monitoring interfaces tailored to specific customer needs.
- System Integration: Seamless connection with MES/WMS to manage work status, inventory, and data logic in real-time.
Diverse Product Lineup for Safety and Productivity
- Dual Safety System: Ensures worker safety using primary laser scanners and secondary contact bumper sensors.
- Maximum Efficiency: Establishes unmanned systems with a low-budget approach for optimal ROI.
- Custom Selection: Cost reduction achieved by selecting models perfectly matched to the product's weight and size.

Results

Key Benefits	Quantitative: Reduction in fixed costs due to decreased headcount. Qualitative: Increased operational efficiency and production rates through automation reduction in unexpected variables.
Client Feedback	"This system is an excellent solution for overcoming labor shortages. It maximizes efficiency with a manageable investment cost and is particularly useful for standardizing worker proficiency when deployed on fixed assembly lines."

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