Survey & scope
Map hazards, reach routes, tasks, controls, interfaces and site constraints.
Conveyor safety engineering · UK-wide
Conveyor guarding systems designed, manufactured and installed UK-wide.
Bespoke safety guards for belt, roller and automated conveyors—from drive and nip-point protection to complete retrofit systems and interlocked access.
01 Survey to handover02 Mechanical & safety integration03 Oxfordshire based · UK-wide
Oxford Machine Guarding
We develop complete conveyor guarding systems around the machine, product flow, operator task and required safe response—not a catalogue panel.
Speak to engineeringWhat is conveyor guarding?
Conveyor guarding is the physical and controlled-access protection used to prevent people reaching dangerous belts, rollers, drums, drives, nips and automated transfer mechanisms. Effective systems also provide a safe method for cleaning, jam clearance, inspection and maintenance. Read the complete buyer guide →
Guard the complete route
Protection for the points people can actually reach.
Conveyor risk rarely sits in one place. We follow the system from infeed to discharge and design every panel, opening and access point as part of one safeguarding concept.
01
Conveyor Drive Guards
Purpose-designed fixed and controlled-access guards for the rotating, drawing-in and entanglement hazards concentrated around conveyor drive stations.
Explore solution ↗ 02Conveyor Transfer Point Guards
Guarding shaped around product flow at conveyor-to-conveyor and conveyor-to-machine interfaces, where changing geometry can create hidden trapping and drawing-in points.
Explore solution ↗ 03Conveyor Underside Guarding
Fixed, removable and hinged underside guarding for elevated, open-frame and accessible conveyor sections where hazards can be reached from below.
Explore solution ↗ 04Conveyor Product Opening Guards
Engineered tunnels, infills and monitored transfer concepts that let products, cases or pallets pass through guarded boundaries without creating a person-access route.
Explore solution ↗ 05Interlocked Conveyor Access
Movable conveyor guards and access points integrated with a defined safe stop, access, reset and restart sequence for regular production and maintenance tasks.
Explore solution ↗ 06Conveyor Guarding Inspections
A structured review of the complete conveyor route, its interfaces and the real intervention tasks that determine whether existing safeguards remain effective.
Plan an inspection ↗Search by conveyor or application
Guarding matched to the equipment you operate.
Different conveyor types create different access, product-flow and maintenance problems. These focused pages explain the likely hazards, design choices and information needed for an accurate project review.
01
Belt Conveyor Guarding
Head and tail drums, return idlers, drives, skirting, tensioners and the complete belt return path.
Explore belt guarding ↗ 02Roller Conveyor Guarding
Powered rollers, chain drives, pop-ups, stops, side access and conveyor-to-machine transfers.
Explore roller guarding ↗ 03Conveyor Nip-Point Guards
Direct protection at in-running nips, drums, rollers, chains and changing-angle hazards.
Explore nip guards ↗ 04Guarding Retrofits
Upgrade missing, damaged or unsuitable guards around established and modified conveyor lines.
Plan a retrofit ↗ 05Warehouse Conveyors
Carton, tote, parcel and pallet systems with frequent product openings and pedestrian interfaces.
Explore logistics guarding ↗ 06Food Conveyors
Guarding designed around hygiene zones, washdown, cleanability and daily access requirements.
Explore hygienic guarding ↗
Start at the drive. Follow every transfer. Check beneath.
Engineering the real interventionBook a conveyor guarding review
A strong guard is only effective when access, reach and restart are controlled.
Conveyor guarding must protect people during production, cleaning, tracking, tensioning, jam clearance and maintenance. We consider what happens before, during and after the guard is opened or removed.
01
Hazard Identify nips, entanglement, crushing, shearing and unexpected movement.
02
Access Trace every route over, under, through and around the proposed guard.
03
Task Build practical cleaning, recovery and maintenance into the arrangement.
04
Response Define stopping, isolation, reset and restart behaviour where access is controlled.
Survey to handover
One controlled engineering process.
Responsibilities, interfaces and evidence are agreed early, so the guarding fits the conveyor and the way your team works.
Design & review
Develop guard geometry, materials, access strategy and safety-system interfaces.
Manufacture
Fabricate frames, panels, doors, infills and brackets to the agreed design.
Install & hand over
Fit, integrate and check the solution, then provide the agreed project records.
Materials selected for the environment
Mesh, solid sheet, clear panels—or a considered combination.
Visibility, aperture, stand-off distance, impact, hygiene, debris, ventilation, washdown and maintenance all influence the correct guard. We select the construction after the application is understood.
- Fixed and tool-removable panels
- Hinged and interlocked access
- Tunnel guards and custom infills
- Frames, posts and machine-mounted brackets
Compliance considered in context
Guard design, safe distance and access control developed as one system.
The applicable legal and technical framework depends on the machine, dutyholder, modification and project boundary. Our work can support PUWER risk reduction and relevant machinery-safety requirements.
Standards commonly considered may include BS EN ISO 12100, BS EN ISO 14120, BS EN ISO 13857, BS EN ISO 14119, BS EN ISO 14118 and the relevant safety-control standard. The machine-specific assessment determines what applies.
Project evidence can include
- Hazard-point and access schedule
- Guard layouts and material specification
- Safety-function requirements
- Installation and fixing checks
- Functional-test records
- Residual-risk and handover actions
Across production and logistics
Conveyor guarding shaped around your environment.
Product, hygiene, throughput, traffic, operator interaction and shutdown access all change the right solution.
Packaging linesFood & beveragePharmaceuticalLogistics & warehousingAutomotiveGeneral manufacturingPlastics & polymersRobotics & automation
Planning a project?
Read the complete guide Use the conveyor guarding buyer guide.
Understand common hazard points, fixed versus interlocked access, retrofit planning, cost drivers, PUWER considerations and the information that helps us quote accurately.
Your questions answered
Conveyor guarding FAQs.
General guidance helps frame the project; the machine-specific assessment controls the final design.
What parts of a conveyor normally need guarding?
Typical areas include head and tail drums, drive chains, sprockets, couplings, powered rollers, transfer points, tensioners, return paths, accessible undersides and product or access openings. The final scope must follow the specific machine and every foreseeable reach route.
Can conveyor guards be retrofitted without replacing the line?
Yes. Existing conveyors can often receive new fixed panels, infills, underside guards, tunnels and controlled access. A survey confirms available fixing points, interfaces, maintenance tasks and any control-system work.
Do you design, manufacture and install the guards?
Yes. Oxford Machine Guarding can provide a complete project from survey and concept through detailed design, manufacture, installation, safety integration, testing and handover, with the agreed boundary stated clearly.
Can guards be removed for cleaning and maintenance?
Yes. Where access is infrequent, tool-removable panels may be appropriate. Frequent access may require hinged or removable interlocked guards, depending on risk, stopping time and the task.
Does an emergency-stop pull wire replace conveyor guarding?
No. Emergency-stop devices are supplementary measures and do not prevent access to moving parts. Fixed or controlled-access guarding is considered first, alongside safe isolation and intervention methods.
Start with the hazard and access task
Discuss your conveyor guarding project.
Send photographs, a layout or a short description. We can help define whether the next step is a desktop review, site survey, repair or complete guarding project.
Useful information to send
- Overall photographs of the conveyor and surrounding area
- The hazard, access task and current safeguarding
- Stopping, isolation and restart behaviour
- Site location, shutdown window and timescale
Specify access tasks alongside the conveyor guards
A conveyor guarding survey is more useful when it records the tasks people perform around the equipment. Mark where operators clear a fallen pack, where maintenance staff track the belt, and where cleaners need access beneath the return path. Include adjacent walkways, platforms and transfer points. The same drive can present different reach routes when a person stands above it or approaches from the neighbouring machine.
Describe how often each access point is used and what can continue moving after a stop command. Fixed panels, removable sections and interlocked access need to be considered with the actual task and stopping behaviour. Cleaning or maintenance also needs a suitable isolation method. HSE guidance on conveyors highlights the danger of reaching or using tools near accessible nips; panel layout alone does not resolve that intervention.
Send Oxford Machine Guarding a marked layout, photographs taken from safe positions and the available shutdown window. Ask the proposed scope to identify access provisions, fixings, control interfaces and the checks required at handover. Where the conveyor reverses, or new equipment alters a transfer, include both operating conditions so the engineering review covers the changed hazards.
Does a reversible conveyor need a different guarding review?
Include both directions in the assessment. Reversal can change which side of a roller or drum forms an in-running nip, so a guard arrangement must be assessed for the intended operating modes.
What should I send for an underside-guarding quotation?
Provide safe overall photographs, conveyor height, nearby access routes and the cleaning or maintenance tasks performed underneath. Include a layout where platforms or adjacent equipment change how hazards can be reached.
What should a conveyor guarding survey record?
Map drives, nip points, transfers and the places people reach across or beneath the conveyor. Include cleaning, jam clearance and maintenance tasks in the review. Record changes in conveyor height and neighbouring equipment so that guards, access points and the restart procedure can be assessed as one installation.
- Conveyor and transfer layout
- Cleaning and maintenance tasks
- Safeguarding and isolation review
Related guidance: Warehouse conveyors · Underside guarding