Installation planning guide

Packaging machinery site preparation

Confirm access, layout, services, safety boundaries and production interfaces before machinery arrives so installation is not delayed by avoidable site constraints.

Before delivery

Plan the route to the final operating position, not only the machine footprint.

Site preparation starts at the delivery point. Record vehicle access, unloading arrangements, doors, corridors, lifts, changes of level, overhead restrictions and the final route into production. Compare those constraints with the delivered machine sections, handling method and assembly sequence.

At the operating position, show machine envelopes, guard and door movements, control panels, operator stations, product replenishment, change-part handling and maintenance access. The remaining aisle must still work when guards or access panels are open.

Final utility and foundation requirements must come from the selected equipment. This guide helps collect site information; it does not replace the supplier's drawings, a competent electrical or mechanical assessment, or the site's machinery risk assessment.

Site survey pack

Scaled layout and proposed line direction
Delivery and internal access dimensions
Floor condition and relevant load information
Electrical supply and isolation location
Compressed-air capacity and quality where required
Extraction, drainage, ventilation or network needs where applicable
Photos of the route, position and retained machinery

Preparation areas

Treat utilities, people and material flow as part of the installation.

Space and access

Allow for operators, loading, cleaning, change parts, tool access, guarding, maintenance and safe removal of product-contact components.

Services

Confirm connection type, location, capacity, isolation and responsibility for electrical, air, data and any process-specific services.

Production interfaces

Record existing working heights, conveyor direction, product arrival, upstream supply, downstream packing and control boundaries.

Readiness matrix

Close site dependencies before installation begins.

Area	Confirm	Evidence	Owner
Delivery	Unloading method, access route, opening sizes and handling equipment	Route survey, photographs and delivery plan	Customer, supplier and delivery contractor as agreed
Position	Footprint, orientation, service clearances and operator access	Approved layout drawing	Project team
Utilities	Supply specification, connection point, isolation and completion date	Supplier utility schedule and site sign-off	Competent site contractors
Interfaces	Mechanical transfer, controls, data, guarding and retained equipment	Interface list and functional description	Named party for each boundary
Production materials	Product, containers, closures, labels, film, cartons and pallets for setup	Sample and production-material schedule	Customer
People	Installation contacts, operators, maintenance personnel and training availability	Site programme and responsibility list	Project manager

Include machinery safety in the site plan.

The combined installation must be considered in its final context, including retained machinery, pedestrian routes, access points, material handling and maintenance tasks. The UK Health and Safety Executive explains that work equipment should be suitable, maintained and accompanied by appropriate safety measures such as guarding, controls, emergency stops and isolation. See the HSE's PUWER overview and use competent site-specific advice.

Do not create access by bypassing guards or moving safety devices after delivery. Changes to the line or retained equipment should be reviewed through the project's design, controls and risk-assessment process.

Connect the final site plan to the line integration guide and the commissioning and acceptance plan.

Pre-installation release

Approved layout and access route
Services complete, identified and tested
Work area available and protected
Retained interfaces ready
Production materials on site
Competent installation contacts confirmed
Commissioning and acceptance schedule agreed

Plan installation around production continuity and site permits.

Agree when the area becomes available, which existing services or conveyors must be isolated, and when production can resume. If installation occurs in an operating facility, define segregation, contractor access, material routes, housekeeping and the process for handing the area back between shifts or work stages.

Identify site permits and competent-person checks needed for lifting, electrical work, compressed air, hot work, work at height or modifications to existing machinery where applicable. The exact controls depend on the site and task; they should be agreed before contractors and equipment arrive.

Stage the installation sequence

Separate delivery, positioning, mechanical assembly, service connection, controls integration, dry checks, product setup, commissioning and acceptance. Each stage should have a release condition so later work does not begin with incomplete services or unapproved interfaces.

Reserve production materials and people for setup. Commissioning can be delayed when final labels, closures, product or trained operators are not available. Link the material schedule to the FAT record so site testing uses the intended revision.

Installation programme fields

Area handover and production shutdown window
Delivery, lifting and positioning sequence
Contractor and permit responsibilities
Utility completion and test dates
Interface readiness checks
Product and packaging material availability
Operator, maintenance and acceptance attendance

Next step

Provide the site survey and project brief before finalising installation scope.

Send the product, container, closure, label or outer-pack samples that represent normal and difficult production. Include the required task, current process, intended output, available space and any existing equipment that must remain.

Useful enquiry routes

Site questions

Questions about preparing a site for packaging machinery

Access, utilities, layout, safety and production interfaces should be confirmed before delivery.

What site information does a packaging machinery supplier need?

A supplier normally needs delivery access, route and lifting constraints, final footprint and working space, floor condition, line direction, working heights, electrical and pneumatic availability, product supply, drainage or extraction where relevant, network or data interfaces, existing machinery details and the site's safety requirements.

Provide dimensions and photographs together; neither alone reliably shows every obstruction or access risk.

When is a site survey useful before ordering machinery?

A site survey is useful when access is restricted, equipment must connect to an existing line, utilities or guarding boundaries are uncertain, operator routes are tight, or the installation depends on building features that drawings do not fully capture. It does not replace accurate product and pack information.

Use the survey to close physical and interface questions, then record the agreed assumptions in the project brief and layout.

Who is responsible for machinery safety at the production site?

Responsibilities depend on the supply and installation scope, but the operating business must ensure work equipment is suitable, maintained and used safely, with a site-specific assessment and competent involvement. Supplier declarations or guards do not remove the need to assess the installed process, interfaces and operating method.

For Great Britain, review the official HSE overview of PUWER and GOV.UK machinery supply guidance. Competent advice is required for the actual project.

Review site-preparation detail Plan integration Arrange a project discussion

Material and access flows

Plan how products, components, rejects and change parts reach the line.

A machinery layout is incomplete until normal replenishment, rejected product, maintenance and format change can occur around it.

Component feeders need safe loading height, replenishment access and space for bulk containers. The feeding guide helps define hopper autonomy, queue control and operator interaction.

Use scaled zones for operators, guarding, maintenance, change-part trolleys, sample collection and reject removal. For compact systems, review the actual perimeter access rather than relying on the central frame dimension.

Add to the site layout

Product and packaging material routes
Operator replenishment and work positions
Reject container removal path
Guard door and maintenance clearance
Change-part cleaning and storage
Utilities, isolation and cable routes

Why does component replenishment affect packaging line layout?

Component replenishment affects layout because operators need safe access and enough space to load containers, closures, labels and cases without obstructing guards, controls or material flow. The planned loading method and container size should be shown on the layout, not left for commissioning.

Should a packaging machinery layout show maintenance access?

A packaging machinery layout should show the access needed to open guards, remove assemblies, clean product-contact parts and reach service points. A machine can fit geometrically while remaining impractical to maintain. Review access with the actual surrounding walls, columns and equipment.

Container and closure feeding Inline versus rotary Review site details