AGV Factory Logistics Solutions For Manufacturing and Warehouses

Internal material transport can become a bottleneck when factories depend on repeated forklift trips or manual carts. AGVs automate defined transport tasks between storage areas, production lines, inspection stations, packing areas, and shipping zones.

Well-planned AGV manufacturing solutions connect these locations with scheduled or demand-based material movement. The objective is a predictable flow of raw materials, work in progress, packaging, empty containers, and finished goods.

A practical AGV project starts with the transport task, load, route, traffic, and system interface. Vehicle speed alone does not determine whether the project will work.


IVIROBOT IVI-AGV21050A mobile robot platform for factory material transport

What an AGV Solution Includes
An AGV automation solution includes more than the vehicle. A complete system may combine navigation, fleet and traffic control, load-handling modules, charging, route logic, safety devices, and communication with production or warehouse equipment.
Common AGV factory applications include:
Moving raw materials from storage to production

Delivering components to workstations

Transferring work in progress between processes

Connecting production lines with inspection or packing

Moving pallets, bins, racks, or empty containers

Transporting finished goods to staging or warehouse areas


AGV Warehouse Systems
AGV systems for warehouses can connect receiving, storage, picking, packing, and dispatch areas. Vehicles may collect or deliver loads through fixed stations, racks, conveyors, rollers, belts, or other transfer modules.
The system must account for aisle width, turning space, pedestrian and forklift traffic, floor condition, station height, load orientation, route frequency, and peak transport demand. Fleet sizing should be based on actual material-flow data rather than the number of routes alone.

AGV Applications in Food Production
An AGV system for a food packaging facility can transport packaging materials, empty containers, finished packs, pallets, and work in progress between molding, labeling, inspection, packing, and storage areas.

Before selecting a vehicle, the project team should review hygiene zones, cleaning procedures, floor conditions, load protection, temperature, traffic separation, and the materials used in the load-handling module. The required design depends on the plant and product environment.

How to Select a Warehouse AGV Solution
A reliable warehouse AGV solution should be selected from the complete transport process. Buyers should provide the following information:
Load weight, dimensions, and center of gravity

Pickup and delivery station details

Route length, aisle width, and turning space

Required trips per hour and operating schedule

Floor slope, joints, thresholds, and surface condition

Pedestrian, forklift, and vehicle traffic

Charging time and available charging locations

Required interfaces with conveyors, doors, machines, WMS, MES, or PLCs


This information determines vehicle payload, navigation method, fleet size, top module, charging strategy, and control requirements.

IVIROBOT IVI AGV21050A Platform
The IVI-AGV21050A is a composite mobile robot platform designed for multi-station material transfer. It uses laser SLAM navigation and can carry a rated load of 500 kg. The platform can be equipped with roller, belt, or chain transfer modules and may be combined with a collaborative robot arm for material picking or placement.

Specification: IVI-AGV21050AIV

Navigation: Laser SLAM
Rated load: 1 m/s, up to 1.2 m/s
Cruise speed: 1 m/s, up to 1.2 m/s
Continuous runtime: Approximately 10 hours
Charging: Manual or automatic
Platform size: 1140 x 705 x 371 mm
Turning radius: 645 mm
Transfer modules: Roller, belt, or chain

Published specifications describe the standard platform. Actual speed, runtime, traffic capacity, and positioning performance depend on the load, route, floor, traffic rules, charging plan, and final system configuration.

Frequently Asked Questions

What Materials Can an AGV Transport
Depending on its payload and top module, an AGV can transport pallets, bins, racks, packaging materials, work in progress, empty containers, and finished products.

Can an AGV Work Between Several Production Lines
Yes. Route planning, traffic control, station interfaces, and fleet capacity must be designed around the required pickup and delivery schedule.

Does an AGV Need Automatic Charging
Automatic charging is useful for frequent or extended operation. The charging strategy should be based on shift length, travel demand, available charging time, and fleet size.

How Many AGVs Does a Factory Need
The answer depends on transport distance, load and unload time, trips per hour, charging time, traffic delays, and required backup capacity. A material-flow study is needed before confirming fleet size.

Request an AGV Logistics Recommendation
Contact IVIROBOT with your load dimensions and weight, route drawing, pickup and delivery stations, required trips per hour, operating schedule, floor conditions, and system interface requirements. The engineering team can recommend an AGV platform, transfer module, charging plan, and system configuration.