Press BrakesFiber Laser CuttingPanel BendersAutomation

CONNECTED SHEET-METAL PRODUCTION

Machine Data and IoT

Define the machine signals, monitoring requirements and interfaces for your production system.

Factory architecture

WIS, material flow and machine cells

Physical flow

Storage, loading, cutting and forming

Before acceptance

Interfaces, safety, exceptions and production tests

Factory inputs

Start With Your Production Flow

Define the orders, materials, equipment and production decisions the system must coordinate.

01 / DEMAND

Orders and scheduling

Provide order sources, product mix, batch sizes, priorities, due dates, changeover and the decisions the system must support.

02 / MATERIAL

Inventory and handoffs

Define sheet formats, storage, replenishment, loading, remnants, sorting, finished parts and manual recovery.

03 / SYSTEM

Equipment and data

List machines, controllers, modules, protocols, users, plant systems, cybersecurity and acceptance records.

CONNECTED PRODUCTION ARCHITECTURE

From Order to Finished Part

Choose the machines, modules and interfaces needed for your factory. Confirm their capacity and operating conditions.

Machine software screens showing program and production information

LAYER 01

WIS and Order Orchestration

Define order import, scheduling, dispatch, status and priority changes, plus the relationship to MES/ERP/WMS.

Tower storage module for raw sheet and return-material locations

LAYER 02

Storage and Inventory Locations

Define pallet locations, payload, replenishment, return material and manual-access states.

Vacuum sheet loading and separation module

LAYER 03

Sheet Separation and Loading

Select pickup zones, separation checks, surface protection and recovery for each material and format.

Enclosed exchange-table fiber laser cutting machine

LAYER 04

Cutting, Nesting and Remnants

Connect one exact laser host with task files, nesting, status, unloading, remnants and scrap handling.

Press brake and industrial robot arranged as an automated bending cell

LAYER 05

Transfer and Robotic Bending

Map identification, pickup, reorientation, tool/program selection, bending, inspection and exceptions for the part family.

Robot handling a sheet-metal blank at a panel-bending machine

LAYER 06

Panel Bending and Future Cells

Treat panel bending, AGV, sorting and added machines as separately approved modules with explicit interlocks and data ownership.

FACTORY OPERATING CONDITIONS

Define the Normal Flow and the Recovery Plan

A connected factory is ready when low stock, double sheets, alarms, remnants, stops, restarts and data failures have clear actions and owners.

  • Included machines and physical handoffs
  • Data fields, protocols and system ownership
  • Guards, access, stop, recovery and manual fallback
  • Acceptance cycle with real orders, parts and records
Guarded material flow in a flexible automation cell

Factory decisions

Configure the System for Your Factory

The architecture is modular; interfaces, capacities, cycle time and unattended operation are determined by the site design.

Available architecture

Order, material and machine coordination

The solution links WIS-based production planning with modular storage, loading, cutting, sorting and bending cells.

Configured for your factory

Layout, capacity and interfaces

Select host models, storage, loaders, robots, software modules, protocols, site utilities, guarding and recovery for the real factory.

Acceptance with real orders

Test the complete flow before handover

Test representative orders, materials, handoffs, exceptions, manual fallback, data records and agreed outputs before handover.

BEFORE YOU CONTACT ADH

Smart-Factory Questions

A useful proposal starts with the target flow, included modules, interfaces, site constraints and acceptance tests.

Can ADH start with one cell?

Yes, when the first cell and its future handoffs are defined; later expansion is a separate decision.

What information should I send?

Send order examples, product mix, material formats, layout, equipment, target flow, shifts, output goals, software systems, safety constraints and representative exceptions.

Does WIS replace MES, ERP or WMS?

WIS does not automatically replace MES, ERP or WMS. Define ownership of orders, inventory, programs, status, quality records and users, then agree interfaces.

What should the quotation clarify?

Name every machine/module, software function, interface, utility, guarding, fallback, installation task, acceptance test, training and support responsibility.

Project enquiry

Discuss your project

Tell us what you want to make or improve. Technical details and drawings can follow.

  • Material, thickness and part size
  • Drawings and production volume
  • Location and project timing

Contact ADH

Start a machine enquiry

Name, email and a short description are enough to begin.

Contact Form