01
Cart AMR
Flexible AMR for moving carts, bins, small containers, and production material between workstations.
Use case · Line feeding, small part delivery, internal logistics.
Industrial Automation · Hardware + Integration
AGV / AMR &
Robotic Services
Autonomous Robot Hardware and Integration Solution for Smart Warehouse, Manufacturing, and Internal Logistics.
Ragdalion helps companies implement AGV, AMR, and robotic systems to automate material movement, pallet handling, cart towing, goods-to-person flow, and production supply — with integration to WMS, MES, ERP, PLC, and fleet management dashboard.
- 8+
- AMR Hardware Types
- 15+
- Integration Targets
- 24/7
- Fleet Monitoring
Autonomous Navigation
Fleet Management
WMS / MES / ERP
SLAM + LiDAR
Real-Time Monitoring
Smart Material Flow
Docking Station
AI Optimization
Solution Overview
Autonomous Robot with Integration Capability
Ragdalion AGV / AMR System is designed for companies that need more than hardware. We provide robot selection, workflow mapping, system integration, fleet monitoring, dashboard visibility, and implementation support to ensure AGV/AMR operate within real factory and warehouse processes.
Autonomous Navigation
Support SLAM, LiDAR, sensor fusion, route mapping, obstacle detection, and autonomous movement for dynamic industrial environments.
Unit Fleet Management
Monitor and control robot units in real time — route assignment, mission status, battery level, docking, traffic control, and fleet performance.
Integration System
Connect AGV/AMR with WMS, MES, ERP, PLC, conveyor, automatic door, elevator, docking station, and dashboard system.
Hardware Catalog
AGV / AMR Hardware Options
A complete range of autonomous robot platforms — engineered for the realities of manufacturing and warehouse operations.
02
Tugger AMR
Autonomous tugger robot for pulling carts, trolleys, or material trains across warehouse and production areas.
Use case · Milk-run logistics, material supply, warehouse transfer.
03
Unit Load AMR
Designed to carry unit loads, containers, boxes, totes, or industrial bins directly on top of the robot.
Use case · Work-in-process transfer, component movement, warehouse flow.
04
Pallet AMR
Autonomous pallet handling robot for moving palletized goods between receiving, storage, production, and dispatch.
Use case · Pallet transfer, finished goods movement, raw material handling.
05
Forklift AMR
Autonomous forklift solution for lifting, stacking, and moving pallets with minimal manual operation.
Use case · Pallet rack handling, warehouse automation, loading flow.
06
Conveyor AMR
AMR with conveyor module for automatic transfer between conveyor stations, machines, and production lines.
Use case · Line-to-line transfer, automated loading/unloading.
07
Shelf / Goods-to-Person AMR
AMR designed to move shelves, racks, or goods directly to operator stations for faster picking and fulfillment.
Use case · Smart warehouse picking, e-commerce, spare part warehouse.
08
Mobile Manipulator AMR
AMR integrated with robotic arm for mobile handling, picking, loading, unloading, or flexible automation tasks.
Use case · Robotic picking, machine tending, flexible production handling.
Use Cases
Built for Real Industrial Material Handling Needs
From line feeding to outbound dispatch — AGV/AMR fits into operational workflows across manufacturing and warehousing.
Raw Material Transfer
Move raw materials from receiving zones to production lines on schedule.
Finished Goods Transfer
Carry finished goods from production to dispatch and outbound staging.
Pallet Movement
Automate pallet handling between racks, lines, and dispatch areas.
Line Feeding
Continuous component supply to assembly and production workstations.
Work-in-Process Movement
Transfer WIP between machines, cells, and quality checkpoints.
Warehouse Picking
Speed up picking with goods-to-person and shelf-mover AMR flows.
Goods-to-Person Flow
Bring inventory shelves directly to operators for faster fulfillment.
Cart & Trolley Towing
Autonomous tugger trains for milk-run material supply routes.
Conveyor-to-Conveyor
Bridge isolated conveyor lines and stations with mobile transfer.
Machine Loading / Unloading
Mobile manipulators handle machine tending and part exchange.
Spare Part Warehouse Automation
Automate retrieval and replenishment in spare part warehouses.
Smart Warehouse Dispatch
Automate outbound staging, sorting, and dispatch lanes.
Production Supply Automation
Sync material delivery with real-time production demand.
Internal Logistics Optimization
Reduce bottlenecks across plant-wide internal transport.
Architecture
AGV / AMR General Topology
A layered architecture connecting robot hardware to controllers, enterprise systems, and advanced analytics.
1
Advanced
Application & Integration Layer
Connects autonomous robot operations with enterprise systems, analytics, and AI-driven optimization.
MES / ERP / WMS Integration
Cloud Analytics & Monitoring
AI Optimization & Predictive Maintenance
2
Control
Controller Layer
Manages communication, traffic control, mission assignment, machine interaction, and fleet visibility.
Access Point
PLC Machine
Server
HMI / Fleet Dashboard
3
Hardware
Device Layer
Physical robot hardware, navigation devices, sensors, computing units, and charging stations.
AMR Unit
Onboard Computer
Robot Station
LiDAR / Camera
Docking Station
Core Capabilities
Capabilities Built for Industrial Operations
A complete capability set covering navigation, fleet, integration, safety, and intelligence.
Autonomous Navigation
Support SLAM, LiDAR, sensor fusion, route mapping, obstacle avoidance, and autonomous driving.
Fleet Management
Monitor multiple robot units, assign tasks, manage traffic, control mission flow, and track robot status.
Real-Time Monitoring
Track robot position, task status, battery level, route progress, alarms, and operational performance.
Smart Route Planning
Optimize robot routes based on layout, traffic, priority, docking location, and mission requirements.
Docking & Charging
Support automatic charging, docking control, battery monitoring, and mission continuity.
WMS / MES / ERP Integration
Connect robot missions with warehouse, production, inventory, and enterprise systems.
PLC & Machine Integration
Integrate robot movement with conveyor, machine, sensor, auto door, elevator, and production equipment.
HMI / Dashboard Control
Fleet visibility, mission control, route status, alert monitoring, and operational dashboard.
Safety System
Safety sensors, obstacle detection, emergency stop, speed control, and safety area configuration.
Robotic Arm Integration
Mobile manipulator configuration for picking, placing, loading, and flexible automation.
Cloud Analytics
Performance history, robot utilization, mission completion, downtime, and productivity indicators.
AI Optimization Ready
Prepare data for route optimization, predictive maintenance, fleet efficiency, and traffic improvement.
Integration
Integration with Your Industrial Ecosystem
Ragdalion AGV / AMR connects to existing manufacturing and warehouse systems — so autonomous robot operations fit into your real workflows.
WMS
MES
ERP
Inventory System
Production Monitoring
Conveyor System
PLC Machine
Automatic Door
Elevator
Docking Station
HMI Dashboard
Fleet Management System
Cloud Analytics
API Integration
MQTT / Industrial Comm.
Note: Integration scope can be adjusted based on warehouse layout, production process, material flow, robot type, existing system, safety requirement, and customer needs.
Implementation
Implementation Approach
A proven path from site survey to ongoing optimization — built around real operational constraints.
- 01
Requirement & Site Survey
Analyze material flow, warehouse layout, production area, route, load type, safety condition, and integration needs.
- 02
Solution Design
Define robot type, fleet quantity, route concept, docking station, charging area, integration point, and operating scenario.
- 03
Hardware Selection
Recommend suitable AGV/AMR hardware — cart, tugger, unit load, pallet, forklift, conveyor, shelf, or mobile manipulator.
- 04
System Integration
Integrate robot with WMS, MES, ERP, PLC, conveyor, access point, server, dashboard, and industrial systems.
- 05
Installation & Commissioning
Deploy robots, configure maps, test routes, validate safety, connect dashboard, and run operational trial.
- 06
Training & Handover
Operator training, technical documentation, usage guidance, and handover support.
- 07
Support & Optimization
Operation monitoring, adjustment, maintenance planning, and continuous optimization.
Fleet Visibility
Fleet Management Dashboard
Monitor robot movement, mission status, utilization, battery condition, route performance, and operational alerts in one unified dashboard.
Active Robot Units
24
+3
Mission Completed
1,284
+12%
Average Utilization
87%
+4%
Battery Status
92%
Healthy
Charging
3
Docked
Robot Availability
96%
Stable
Route Efficiency
94%
+2%
Alarm Status
0
Clear
Task Queue
42
Live
Avg Mission Time
3m 12s
-8s
Material Transfer
5,820
Today
Downtime
0.8%
-0.3%
Warehouse Map
Live Robot Location Tracking
Active Missions
M-2041 · AMR-07
In transitM-2042 · AMR-12
LoadingM-2043 · AMR-03
DockingM-2044 · AMR-19
PickingM-2045 · AMR-22
In transitBusiness Impact
Business Impact for Manufacturing and Warehouse Operations
Measurable operational improvements across logistics, production supply, safety, and traceability.
Reduce manual material handling
Automate repetitive material movement and reduce dependency on manual transport.
Improve logistics efficiency
Optimize internal logistics flow, route planning, and material transfer consistency.
Increase production supply reliability
Ensure production lines receive materials more consistently with autonomous delivery.
Improve warehouse productivity
Accelerate picking, putaway, pallet transfer, and goods movement across warehouse areas.
Reduce operational bottlenecks
Minimize waiting time, manual handoff delays, and inefficient transportation routes.
Improve safety
Reduce human exposure to repetitive transport and improve controlled movement flow.
Improve traceability
Track robot missions, movement history, delivery records, and operational performance.
Enable smart factory automation
Prepare the factory for integrated automation with WMS, MES, ERP, PLC, analytics, and AI.
Why Ragdalion
Why Choose Ragdalion for AGV / AMR?
Ragdalion is not only a hardware seller. We provide industrial digitalization, software development, IoT integration, automation integration, dashboard analytics, and manufacturing system implementation capability.
Hardware + Integration Capability
We help select suitable AGV/AMR hardware and integrate it with your real operational systems.
Manufacturing & Warehouse Understanding
We understand factory workflow, warehouse movement, production supply, and operational constraints.
Custom System Development
We can develop supporting dashboards, integration middleware, monitoring systems, or custom applications.
Industrial Device & PLC Integration
We support integration with PLC, conveyor, machine signal, sensor, access point, server, and industrial devices.
Future-Ready AI & Analytics
We prepare robot operation data for analytics, route optimization, predictive maintenance, and smart factory improvement.
FAQ
Frequently Asked Questions
Answers to the most common questions about AGV / AMR hardware, integration, and implementation.
AGV (Automated Guided Vehicle) follows fixed paths using magnetic tape, wires, or markers. AMR (Autonomous Mobile Robot) uses SLAM, LiDAR, and sensor fusion to navigate dynamically without fixed infrastructure — adapting to obstacles and layout changes in real time.
It depends on your load type, route, and process. Ragdalion conducts a site survey to recommend the right platform — Cart, Tugger, Unit Load, Pallet, Forklift, Conveyor, Shelf, or Mobile Manipulator AMR — based on your material flow and operational constraints.
Yes. We integrate AGV/AMR fleet operations with WMS, MES, ERP, inventory, production monitoring, PLC, conveyor, automatic door, elevator, and dashboard systems via API, MQTT, or industrial communication protocols.
Yes. Every deployment includes a fleet management dashboard for real-time robot location, mission status, battery level, route efficiency, alarm log, and operational KPIs accessible by operations and management teams.
Timeline depends on fleet size, integration scope, and site readiness. A typical implementation runs through site survey, design, hardware selection, integration, commissioning, training, and handover — usually 2 to 6 months for production-ready deployment.
Yes. Our AMR platforms support safety-rated sensors, obstacle detection, emergency stop, configurable speed zones, and safety area mapping — designed to operate safely in shared human-robot environments.
Yes. Ragdalion provides operator training, technical documentation, ongoing operation monitoring, maintenance planning, and continuous route and fleet optimization after handover.
Automotive, automotive components, electronics, food & beverage, pharmaceutical, plastic injection, metal processing, packaging, logistics & warehousing, distribution centers, spare part warehouses, and heavy industry.
Let's talk automation
Ready to Automate Your Material Handling?
Discuss your warehouse layout, material flow, load type, production route, AGV/AMR requirement, and integration plan with Ragdalion. Get a hardware recommendation based on your actual factory and warehouse workflow.