MACH | CNC AUTOMATION

AUTOMATION . INTEGRATION . PRODUCTIVITY 

MACH CNC automation systems combine intelligent material handling, automated loading and unloading, industrial robotics and connected production technology to improve manufacturing efficiency. From sheet metal storage towers and automatic tube loading to robotic production cells and smart factory integration, our solutions support scalable, efficient manufacturing across the UK & Ireland.

AUTOMATED MATERIAL HANDLING

Reduce manual loading, unloading and material movement with integrated automation for CNC machinery and production systems.

SHEET & TUBE AUTOMATION

Automated sheet metal storage, tower loading and tube handling systems streamline material supply and support continuous production.

INDUSTRIAL ROBOTICS

Integrate robotic welding, machine tending and component handling to automate repetitive operations and improve production consistency.

INCREASED MACHINE UTILISATION

Automated material feeding and unloading reduce operator intervention, support longer production runs and minimise avoidable machine idle time.

SMART FACTORY INTEGRATION

Connect compatible machinery, production software and monitoring systems to improve scheduling, visibility and manufacturing control.

SCALABLE PRODUCTION

From standalone loading systems to fully integrated manufacturing cells, modular automation can be configured around current requirements and future growth.

SHEET AUTOMATION

Tower Storage / Automatic Loading / Unloading / Sheet Handling

TUBE AUTOMATION

Bundle Loading / Magazine Feeding / Tube Storage / Part Handling

ROBOTIC SYSTEMS

Welding / Machine Tending / Bending / Material Handling

PRODUCTION INTEGRATION

CNC / PLC / MES / ERP / Machine Monitoring

AUTOMATION LEVEL

Standalone / Integrated Cells / Connected Production Lines

Technology & Features

ENGINEERED FOR SMARTER PRODUCTION

Advanced manufacturing automation. Built around intelligent material flow, robotic handling and connected production systems. From individual CNC machines to
integrated manufacturing cells, automation technologies work together to improve machine utilisation, reduce manual processes and support more efficient production.

01

SHEET METAL TOWER AUTOMATION

Automated sheet metal storage towers and loading systems provide organised material storage and controlled feeding of CNC fibre laser cutting machines. Available configurations include automated loading, unloading, pallet handling and multi-level sheet storage, reducing manual handling and supporting extended production runs.

02

AUTOMATED TUBE HANDLING

Automatic tube loading and storage systems supply CNC tube laser cutting machines with round, square, rectangular and compatible profiles. Bundle loaders, magazine systems and automated feeding equipment reduce material preparation time, streamline loading and support efficient processing of repeated production batches.

03

INDUSTRIAL ROBOTICS

Industrial robotic systems automate repetitive manufacturing processes including welding, CNC machine tending, component loading, unloading and material transfer. Configurable robotic cells combine precision motion, application-specific tooling and integrated controls to support consistent production.

04

INTEGRATED MATERIAL FLOW

Automated conveyors, transfer systems, storage equipment and robotic handling can connect individual processing stages. Coordinated material movement reduces unnecessary handling between machines and helps establish efficient manufacturing workflows.

05

SMART FACTORY CONNECTIVITY

Compatible CNC controls, PLC systems and manufacturing software enable machine monitoring, production data collection and integration with selected MES and ERP platforms. Connected systems support improved scheduling, production visibility and more informed manufacturing decisions.

06

SCALABLE AUTOMATION SYSTEMS

Modular automation solutions can be designed around individual machines, dedicated production cells or larger connected manufacturing environments. System layouts, control architecture, safety equipment and material handling are matched to each application and future expansion requirements.

‎ ‎ ‎ ‎‎ ‎ ‎ LESS HANDLING. ‎ ‎ SMARTER PRODUCTION. MORE OUTPUT FROM EVERY MACHINE.

M MACH | Metalwork Machinery

AUTOMATION QUESTIONS? WE’VE GOT ANSWERS

CNC AUTOMATION & SMART FACTORY FAQ & KNOWLEDGE CENTRE

Choosing the right manufacturing automation system machine depends on your machinery, material handling requirements,production volume, factory layout and level of integration. MACH supplies and supports CNC automation solutions across the UK & Ireland, including laser cutting automation, sheet storage towers, automated tube loading,
industrial robotics and connected manufacturing systems.

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Explore automation solutions, machine compatibility, material handling configurations and available technical options.

CNC machinery automation uses mechanical handling systems, programmable controls, robotics and production software to reduce manual operations associated with CNC machines.
Typical applications include automatic material loading and unloading, storage, part handling, machine tending and production monitoring.
The level of automation can range from a standalone loader to a fully integrated
production cell. .

A sheet metal tower is an automated storage system that holds multiple pallets or
levels of sheet material.
When connected to a compatible CNC fibre laser, the system can automatically retrieve
and present material for loading.
Depending on the configuration, the system may also manage unloading pallets, processed sheets and material storage.

Yes. Suitable CNC fibre laser cutting machines can be integrated with automatic sheet loading, unloading and storage systems.
These arrangements reduce operator intervention between cutting cycles and can support extended or unattended production when specifically designed and validated for that operating mode.

Automated sheet storage reduces manual handling, organises material inventory and helps maintain a consistent supply of sheets to the cutting machine.
Multi-level storage can also improve factory floor space utilisation compared with
conventional floor-level pallet storage.
The benefits depend on material mix, production scheduling and the selected system configuration.

Yes. Suitable CNC tube laser machines can be integrated with bundle loaders, magazine feeders and automatic material handling equipment.
These systems feed compatible tubes and profiles into the laser, reducing manual loading and improving efficiency during repeat production.

Industrial robots are used for welding, machine tending, component loading and unloading, material transfer, bending and selected assembly operations.
The correct robotic system depends on the component geometry, production volume,
process requirements and available workspace.

In many cases, yes. Existing CNC machines may be suitable for robotic loading, unloading or material handling integration.
Compatibility depends on the machine controls,communication interfaces, safety systems, operating sequences and physical access.
A technical assessment is required to establish whether integration is practical.

Robotic welding automation uses programmable industrial robots equipped with suitable welding equipment and application-specific tooling.
These systems can automate repetitive welding operations, improving consistency and
reducing manual handling.
Robotic welding cells may also incorporate positioning equipment, workpiece fixtures,
extraction systems and automated safety controls.

A smart factory uses connected machines, production software, automation and manufacturing data to improve the control and visibility of production operations.
Depending on the system, this can include real-time machine monitoring, automated material movement, production scheduling and integration with business management
software.

Manufacturing Execution Systems (MES) help monitor, coordinate and manage
activities on the factory floor.
Enterprise Resource Planning (ERP) systems manage wider business processes such as
purchasing, inventory, orders and financial information.
Connecting compatible systems can improve the flow of production information
between manufacturing and business operations.

Yes. Well-designed automation can reduce manual handling, improve machine utilisation, support longer production runs and limit avoidable downtime.
The financial benefit depends on production volume, staffing, component mix, available machine capacity and the total cost of the automation investment.

Yes. Manufacturing automation does not always require a complete factory redesign.
Businesses can begin with automatic loading, unloading or material storage around an
individual machine and introduce additional handling or software integration as
requirements develop.
Future expansion should be considered when selecting the initial equipment and
control architecture.

Start by identifying the production bottleneck, material types, component sizes, machine cycle times and existing handling requirements.
Consider loading and unloading capacity, storage requirements, machinery
compatibility, factory layout, safety and the intended level of operator involvement.
MACH can review your production requirements and machinery configuration to help identify suitable automation solutions.

MACH supports the supply, installation and commissioning of compatible CNC automation equipment across the UK & Ireland.
Depending on the project, integration may involve machinery manufacturers,
automation specialists and site contractors to establish the required controls, material handling and safety arrangements.

MACH provides technical support and maintenance assistance for the machinery and automation systems we supply.
Support arrangements depend on the equipment, integration scope and manufacturer requirements, with specialist assistance coordinated where necessary.