Inquiries, partnerships, and case study downloads:example@robotlyne.com

Coating Workshop Heavy-Roll AGV Logistics System

A coating-workshop logistics transformation for six wide production lines, handling heavy roll material with AGV transport, roll storage constraints and dispatch-system visibility.

Coating Workshop Heavy-Roll AGV Logistics System cover image

Project Snapshot

Client Type
Industrial Coating Plant
Timeline
Project plan dated 2026-01
Deliverables
  • Six-line coating workshop logistics concept
  • Heavy roll material and air-shaft handling constraints
  • Inbound and outbound AGV transfer flow
  • WMS/WCS and digital twin dispatch visibility

Background

Project scope

We designed a coating-workshop logistics transformation for six wide production lines. Each line has a stated width of 3.3 m. The project focuses on automatic raw-material delivery to coating-machine infeed points and finished or processed material transfer from coating-machine outfeed points to downstream workshop buffering.

The handled material is heavy roll material. The design basis uses a raw-material size basis no greater than 800 x 3,300 mm and a combined material plus air-shaft weight no greater than 2,500 kg.

Heavy roll storage racks

Challenge

Heavy-load constraints

The logistics equipment must support heavy roll movement while maintaining docking accuracy at the coating-machine interface. The handling constraints include incoming roll diameter up to 800 mm, incoming width up to 3.3 m, material plus air shaft no greater than 2,500 kg, finished roll plus shaft no greater than 2,500 kg and finished roll diameter up to 800 mm.

Workshop coordination

The system must serve six production lines without blocking coating-machine access. Material must move from raw-material preparation to coating-machine infeed, then from outfeed to downstream buffering, with task state visible to operators and managers.

Coating workshop digital twin

Approach

Logistics flow

The planned flow separates raw-material inbound delivery and finished-material outbound transfer. AGV tasks are generated around line-side demand, roll storage status and downstream buffer availability.

Storage and dispatch system

The system includes storage-location management, AGV task dispatch, vehicle monitoring and production-area visualization. WMS/WCS style coordination supports task calls, inventory state and equipment-side transfer.

Warehouse system dashboard

Multi-device access

The dispatch interface is shown across desktop and mobile-style devices in the engineering brief, indicating that operational visibility is intended beyond a single fixed terminal.

Dispatch console on multiple devices

Outcome

Expected value

The design turns heavy roll movement into a controlled AGV logistics process. It reduces manual heavy-load handling, clarifies how raw and finished rolls move around six coating lines and gives the workshop a dispatch-visible material flow.

Confirmed design basis

The published case uses confirmed project values: six coating lines, 3.3 m line width, raw-material size no greater than 800 x 3,300 mm, incoming and finished roll diameter up to 800 mm, and material plus air-shaft or finished roll plus shaft weight no greater than 2,500 kg.

1 / 3
WarehousingTESTINGFULLY AUTOMATED PRODUCTION LINE
Automatic Test Line AGV Material Handling System

A test-line logistics concept for ten test machines, using stacked tray transfer, line-side roller docking and a composite robot to keep automated testing supplied.

Warehousing
Composite Robot AGV Docking Transfer Cell

A compact machine-side transfer cell combining a composite robot, receiving AGV, roller docking table and electric gripper tooling for tray-based material flow.