UK Bodor automation supplier
Project discussion and machine-compatible automation for sheet and tube laser production.
Bodor laser automation · UK specification, installation and support
Bodor CNC Automation Systems UK
World Machinery supplies Bodor CNC automation systems for sheet and tube laser production across the UK. Compare automatic loading, unloading, material transfer and vertical storage around the machine, material format, batch mix, floor space and required output—then plan installation, operator training and long-term support as one connected project.
For a useful automation proposal, include the cutting machine, material format, sheet or tube sizes, maximum load weight, batch profile, shift pattern, available floor space and target output.
Automation scope
8
automation systems compared
UK
planning, installation and service
Production-flow review
Map material arrival, storage, loading, cutting, unloading and downstream handling before equipment is selected.
Installation and training
Coordinate layout, interfaces, commissioning, safe operation and handover with the cutting system.
Service and maintenance
UK support for the connected machine and automation project, including planned maintenance and diagnostics.
Start with the material flow
Choose the automation task before comparing individual systems.
The right solution depends on whether the priority is tube loading, sheet loading, automatic transfer, vertical storage or a more integrated production cell. Compatibility must be confirmed against the exact machine model, bed size, material range and site layout.
01
Tube loading and transfer
Reduce manual handling around compatible tube lasers and support repeat batches of round, square and rectangular material.
K Loader · T Trans 02Sheet loading
Move raw sheets onto compatible laser systems with less manual intervention and a more repeatable loading cycle.
iLoader Eco · iLoader 03Automatic sheet transfer
Combine loading and unloading around the cutting process to create a more continuous material-handling workflow.
iTrans 04Storage and integrated cells
Add compact vertical storage or a more integrated loading, unloading and material-management system.
iTower · iTransTower · R SeriesBodor CNC automation range
Compare eight Bodor automation systems for sheet and tube laser production.
Each system is configured around a compatible machine and production requirement. Final specification, availability and price depend on machine model, material dimensions, load weight, pallet or tube format, storage capacity, guarding, interfaces, site layout, installation and commissioning; request a current written proposal.
Tube loading · K Series Bodor K Loader
Quote on requestAn auxiliary automatic loading system for compatible Bodor K Series tube lasers, designed to reduce manual tube handling and improve repeatability.
- Automatic loading for round, square and rectangular tube
- Configured to compatible K Series machines
- Multiple loader variants for different material ranges
Tube transfer · T Series Bodor T Trans
Quote on requestAn automated material-transfer system for compatible tube-laser production, helping maintain a steadier flow with less manual intervention.
- Automated tube movement around compatible systems
- Supports repeat production and reduced handling
- Configured around material size and line layout
Accessible sheet loading Bodor iLoader Eco
Quote on requestA cost-conscious sheet-loading system for manufacturers taking a first step toward automated material handling around a compatible fibre laser.
- Automatic sheet loading with reduced manual handling
- Compact entry route into laser automation
- Matched to machine bed size and material requirement
Automatic sheet loading Bodor iLoader
Quote on requestAn automatic loading device for compatible Bodor sheet-laser systems, intended to load metal sheets without routine manual placement.
- Automatic sheet loading for repeat production
- Compatible with selected Bodor sheet-laser ranges
- Reduces manual handling around the cutting cycle
Automatic loading and unloading Bodor iTrans
Quote on requestA sheet-loading and unloading system for compatible cutting machines, creating a more continuous material-handling process with minimal routine intervention.
- Automatic raw-sheet loading and cut-sheet unloading
- Compatible with selected cutting-machine configurations
- Supports a more continuous production workflow
Compact vertical storage Bodor iTower
Quote on requestA compact vertical storage and loading solution that can handle raw sheets and finished material while using floor space more efficiently.
- Vertical storage for raw material and finished parts
- Automatic loading and unloading on compatible systems
- Compact footprint compared with horizontal storage
Loading, unloading and storage Bodor iTransTower
Quote on requestAn integrated system combining automatic sheet loading, unloading and vertical storage around compatible cutting machines.
- Fully automatic sheet loading and unloading
- Integrated vertical material storage
- Designed for connected, higher-utilisation production
Integrated production automation Bodor R Series
Quote on requestA configurable automation platform for demanding production environments where continuous material flow, repeatability and reduced manual handling are priorities.
- Integrated material handling around the process
- Configured to the compatible machine and application
- Supports repeat production and improved machine utilisation
An integrated automation route
Why iTransTower is a useful starting point for connected sheet production.
The iTransTower brings automatic loading, unloading and vertical storage together in one material-flow concept. It is intended for compatible cutting machines where manufacturers want to increase machine utilisation, reduce repeated manual transfers and make better use of factory floor space.
- Automatic sheet loading and unloading
- Vertical storage for raw material and finished output
- Compatible with selected Bodor cutting systems
- Layout and capacity engineered to the production requirement
Define the automation inputs
Plan around the material, volume and factory—not only the loader.
Automation performance depends on consistent material presentation, compatible dimensions and weights, realistic batch sizes, safe access and a clear route for finished parts. These project inputs should be agreed before the layout is frozen.
Sheet format and pallet size
Confirm standard and maximum sheet dimensions, material thickness, pallet arrangement and the required number of raw and finished locations.
Tube profile and bundle mix
For tube automation, define round, square and rectangular ranges, stock lengths, bundle preparation and acceptable profile variation.
Maximum material weight
Sheet, pallet, bundle and individual-part weights affect loader selection, storage capacity, foundations and handling strategy.
Shift pattern and output
Estimate jobs per shift, average batch size, changeover frequency and the hours of unattended or lightly attended production required.
Space and downstream flow
Allow for loading access, storage, guarding, service clearance, unloading, sorting and movement to bending, welding or dispatch.
Design the complete production cell
A clear route from current workflow to commissioned automation.
Map the current process
Document how material arrives, is stored, loaded, cut, unloaded, identified and moved to the next operation.
Define materials and output
Share material sizes, weights, batch mix, shift pattern, current cycle losses and the output improvement you need.
Engineer compatibility and layout
Confirm the machine model, control interfaces, bed or tube range, storage capacity, access, guarding and utilities.
Install, commission and train
Coordinate delivery, positioning, integration, safe-operation training, test production, handover and service planning.
More than an accessory
World Machinery supports the automation project around the cutting machine.
A successful automation project joins machine capability, material presentation, factory layout, software, guarding, operator routines and downstream handling. The written scope should identify responsibilities, interfaces, acceptance criteria and support after handover.
Workflow and capacity discussion
Review the real production mix and the bottleneck automation is expected to remove.
Site planning and integration
Coordinate layout, access, machine interfaces, foundations, guarding, utilities and commissioning.
UK service and maintenance
Plan support for the connected machine and automation equipment, including diagnostics and maintenance.
Finance discussion
Explore potential machinery-finance structures, subject to application, status and lender approval.
CNC automation planning questions
Answers before you select loading, transfer or storage equipment.
These answers are a starting point. Final compatibility and performance should be confirmed against the exact cutting machine, material range, layout, safety concept and production data.
What does CNC laser automation include?
Depending on the project, automation can include raw-material storage, sheet or tube loading, transfer to the cutting machine, unloading, finished-part storage and interfaces that coordinate the sequence. The scope should be designed around the complete material flow.
Can automation be added to an existing Bodor laser?
It may be possible on selected machines, but compatibility must be checked using the exact model, serial number, bed or tube size, control version, factory layout and required interfaces. A site and technical review should take place before any commitment.
What is the difference between iLoader, iTrans, iTower and iTransTower?
iLoader focuses on automatic sheet loading. iTrans combines automatic loading and unloading. iTower adds compact vertical storage with material handling, while iTransTower combines automatic loading, unloading and vertical storage in a more integrated system.
Which automation is available for tube laser cutting?
World Machinery currently lists K Loader and T Trans for tube-related material handling. The suitable system depends on the compatible tube-laser model, profile range, stock length, bundle preparation and required production flow.
What information is needed for an automation proposal?
Provide the cutting-machine model, material types, maximum dimensions and weights, batch sizes, shift pattern, current loading and unloading time, storage needs, factory drawings, access restrictions and the output or labour objective.
How much floor space does laser automation require?
The requirement varies widely. Allow for the equipment footprint, raw and finished material positions, safe access, guarding, service clearance, loading routes, forklifts or cranes and downstream movement. A scaled factory layout is essential.
Can automation support unattended production?
Suitable systems can reduce routine intervention and extend lightly attended production, but safe unattended operation depends on stable material, validated programs, reliable extraction and gases, part separation, monitoring, fire-risk controls and agreed operating procedures.
Can the machine and automation be financed together?
A combined machinery-finance discussion may be possible. Any structure is subject to application, status, credit approval, lender terms and the final equipment package. Request current written figures rather than relying on an illustrative example.
Plan a connected automation project
Send the machine, material flow and production target—not only a request for a loader.
The most useful proposal starts with the current process and the bottleneck to be removed. Include the cutting-machine model, material dimensions and weights, batch mix, shift pattern, layout, storage requirement, loading and unloading method, downstream process and expected timescale.
Telephone01746 780154
Emailsales@worldmc.co.uk
ShowroomUnit 5 Alveley Industrial Estate, Alveley, Bridgnorth, Shropshire, WV15 6HG
Request automation advice
Complete the project details below and the World Machinery team can discuss a suitable loading, transfer or storage system.