On-Site Packing and Crating

Direct answer

On-site packing and crating is export packing performed where the machine stands, not after an unprotected road move to a remote packing bay.

What on-site packing and crating means

On-site packing and crating (also searched as on site machine packing, factory floor export packing and plant-floor industrial crating) is the full seaworthy packing system executed at the installation or production location. A mobile team surveys mass, centre of gravity, access and climate; cleans and dries metal; applies VCI protection; immobilises axes; anchors to a load-rated skid; seals with barrier and sized desiccant; builds an ISPM-15 crate or frame; marks and documents; then releases one protected lift onto transport. The engineering method is the same as bay packing. The logistics and site control are different.

Also searched as: on site packing, factory floor packing, plant packing for export, mobile industrial crating, machine packing at works. Service hub: export packing services. Method: how to pack a machine for export.

On-Site PackingFactory Floor CratingMachine Packing at WorksPlant Export PackODC On SiteLive Plant Coordination

On this page

Direct answer On-site vs packing bay When on-site is required Scope of work Site readiness checklist Safety and plant coordination Same 9-step method Outdoor and monsoon climate Manufacturing hub patterns RFQ data for on-site jobs Related pages FAQs

Where it standsPack at the machine, not after bare road transit

One systemVCI, barrier, desiccant, skid, ISPM-15 case

One methodSame 9 steps as bay export packing

Plant rulesHSE, access, crane and weather control

Definition

On-site packing vs factory packing bay packing

A packing bay is a controlled workshop area where machines are brought, cleaned, wrapped and cased under familiar power, light, tool access and weather cover. On-site packing is the same technical stack executed on a production floor, apron, yard pad or installation cell where the machine already is. Buyers often treat these as different products. They are one engineering product with different site constraints.

Factor	Packing bay	On-site (factory floor / plant)
Machine move before pack	Machine travels to the bay, often on a skid or still partially open	Machine stays put until protected; no bare â€œfirst legâ€ to a remote packer
Environment control	Indoor hall, predictable floor and power	Live plant dust, traffic, weather if outdoor, limited clear floor
Timber workflow	Full fabrication space and scrap management	Prefabricated members preferred; on-floor assembly with plant-approved hot work rules
Lifting	Bay crane or known forklift plan	Plant crane, hired mobile crane, or jack-and-slide; geometry constrained by building
Schedule driver	Packing queue and sailing window	Production shutdown window, maintenance outage, relocation sequence
Method of preservation	Full seaworthy system	Same full system; weather and cleanliness discipline must be stricter

The risk of sending an unbraced machine across a highway to an external packer is real: shock, rain, road spray and a second unload before anyone applies VCI or locks axes. On-site packing removes that unprotected first journey. It does not remove the need for dry metal, corrosion control, motion locks and a load-rated case. Foundations: what is seaworthy packaging Â· seaworthy packaging system.

Decision criteria

When on-site packing is required

Choose on-site execution when moving the machine first would create more damage risk, permit cost or downtime than packing where it stands. Typical triggers:

Situation	Why bay packing fails the plan	On-site answer
Immobile or hard-to-move machines	No clear path, floor load limits, or OEM forbids rolling without special gear	Pack in place; design skid and lift for the final protected move only
Production lines and cells	Multi-unit sequence; intermediate storage; reassembly map	Case-by-case packing on the line timeline; see also plant relocation thinking
Live plant constraints	Machine sits in an operating hall with restricted bay access	Work windows, plant permits, dust and traffic control with packing crew
Over-dimensional cargo (ODC)	Unit cannot enter a standard packing hall or needs flat-rack weather plan	On-site structure and weather cladding; ODC packing
Tight sailing or outage windows	No time for a road trip to a packer and a second schedule	Mobilise materials and crew to the outage; seal before the window closes
Clean or controlled areas	External yard dust would contaminate precision equipment	Clean prep, controlled wrap, limited sawdust (precut timber) on the floor
High-value precision tools	Any uncontrolled bounce on open truck risks geometry	Lock, VCI, barrier and case before the first public-road lift

Heavy machinery class context: heavy machinery packaging. Line moves and multi-case programmes often combine on-site packing with mothball storage rules: machinery preservation and mothballing.

Service scope

Scope of work for on-site packing and crating

A professional on-site engagement is not â€œtimber and a nail gun on the apron.â€ Scope should list each layer of the seaworthy system and who owns plant interfaces.

Work package	What is done on site	Typical outputs
Survey	Mass, outline, centre of gravity estimate, metal list, residual fluids, access routes, crane geometry, floor capacity, HSE rules, weather exposure	Packing instruction, risk notes, material BOM
Clean and dry	Coolant and swarf removal, wipe of condensation, cavity inspection before any wrap	Dry-metal gate before VCI
VCI corrosion layer	Multimetal VCI film / VCI paper; emitters for cabinets when free volume needs them	Contact wraps and sealed air volume plan
Immobilise	Axis locks, ram and spindle holds, loose tool and guard bagging per OEM-safe practice	Lock map for destination reverse
Skid / base	Load-rated timber or hybrid base bolted through structural mounts; pads only where designed	Stable unit for lift and road
Barrier and desiccant	Moisture barrier envelope; industrial desiccant sized to free volume and climate; container desiccant when FCL climate is also a threat	Sealed dry package air; recorded desiccant count
Crate / case build	Closed box, open crate or ODC frame from ISPM-15 solid wood packaging material; bracing that does not puncture the barrier	Structural case ready for marks
Marks	Gross weight, dimensions as required, centre of gravity, lift and sling points, handling symbols	Readable stencils after weather
Documents	Packing list, method note (VCI grade, desiccant count, barrier type, lock positions), photo record, timber evidence as required	Release pack for carrier and buyer audit

Structure products and format choice: export wooden box and crate manufacturer Â· wooden crate vs box for export. Moisture physics: industrial desiccants Â· container desiccant Â· container rain.

Plant interface

Site readiness checklist (before the packing crew starts)

On-site jobs fail more often from missing plant preparation than from missing timber. Align the following before mobilisation day.

Readiness item	Why it matters	Owner (typical)
Power and lighting	Tools, vacuums, task lighting for seal inspection and night windows	Plant facilities + packing lead
Crane or lift plan	Final protected lift geometry; spreader bars; floor load under outriggers if mobile crane	Plant / hired lift + packing engineer
Clean work area	Dry metal discipline; no grinding dust over open barrier bags	Plant operations
Weather cover	Outdoor apron packing needs tent, temporary roof or dry day window; rain on open metal ends the clean stage	Plant + packing lead
Access routes	Timber delivery, finished case exit path, door clearances, yard turn radius	Plant logistics
Hot work and HSE permits	Sawing, nailing, welding of temporary fixtures may need plant permits and fire watch	Plant HSE
Isolation of utilities	Air, power, coolants and process lines disconnected per plant lockout practice before packing starts	Plant maintenance
Material laydown	Space for skid members, barrier rolls, desiccant and finished case walls without blocking egress	Plant + packing lead
Security and escort	Visitor badges, camera zones, escort rules for external crews on live floors	Plant security
Waste and scrap plan	Offcuts, film waste and used absorbents leave clean for production restart	Packing crew under plant rules

Confirm mass and CG data before cutting skid members

Confirm sailing mode (FCL, LCL, flat-rack, break-bulk)

Confirm voyage weeks and storage after arrival

Confirm oil-free receipt preference for VCI vs wet film

Confirm photo policy for claims defence

Confirm mark language and case numbering scheme

Coordination

Safety and coordination with plant teams

On-site packing is a temporary construction and preservation activity inside someone elseâ€™s production system. The packing method is BENZ-owned engineering. The plant owns energy isolation, traffic rules and personnel safety culture. Neither side can improvise alone.

Kick-off and permits

Hold a short joint briefing: work zone, exclusion lines, permit list, emergency assembly, named plant contact and packing lead. No cutting or lifting until permits match the method note.

Live floor traffic

Forklift and AGV paths near the case are common collision risks. Use temporary barriers, floor tape and a banksman for every lift. Never assume plant drivers know the new CG of a half-built crate.

Dust and fire

Prefer precut, predrilled members where fire watch is heavy. Collect sawdust continuously. Keep barrier film and desiccant cartons off wet floors and away from hot work arcs.

Lifting discipline

Only use rated gear and marked lift points. A machine that is â€œalmost packedâ€ is often more tip-prone than bare because mass and wind area change as walls go up. Follow the written lift plan, not floor improvisation.

Confidential and clean zones

Some halls limit cameras or material brands. Agree photo rules and clean-area PPE before arrival so the packing record still supports claims without breaching plant policy.

Handover

When the case is closed, walk the plant logistics owner through marks, lift geometry and document pack. The first protected move still needs CTU-aware restraint on the truck or in the container.

Standards and audit language for the pack itself (ISPM-15, desiccant practice, marks): export packing standards checklist. This page does not replace plant safety management systems; it defines the packing interface those systems must host.

Field procedure

Same 9-step method as packing a machine for export

On-site work does not invent a second science of packing. It applies the same sequence used in a bay, under plant and weather constraints. Full detail, pass criteria and product links live on the master SOP: how to pack a machine for export. Below is the on-site reading of those nine steps.

1 Clean and dry the machine

On a live floor, grinding dust and coolant mist are neighbours. Isolate the work zone, remove free fluids and chips, and refuse to wrap wet metal. Condensation after air conditioning cycles is common when cold machines sit in warm halls: wipe again before VCI.

2 Apply corrosion protection (VCI)

Wrap bright metal with multimetal VCI film or paper; place emitters in large free volumes when needed. Seal windows matter more on site: open VCI bags overnight in a humid plant defeat the chemistry. Product depth: VCI film Â· VCI paper Â· how VCI works.

3 Immobilise moving parts

Lock slides, gantries, rams and rotating assemblies. Record lock positions for the receiving plant. Ship motion will find free play whether the case was built in a bay or beside a press line.

4 Anchor to a load-rated skid

Bolt through structural mounting points into a skid engineered for shipping mass and dynamic factors. On-site skids are often prefabricated off floor then set under the machine by jacking. Do not anchor into cosmetic skins.

5 Seal barrier with sized desiccant

Close the moisture barrier only after metal is dry. Place industrial desiccant inside the sealed volume; size by free air volume, hygroscopic materials and route climate (DIN 55473-oriented Desiccant Unit thinking). For tropical FCL, plan container-level desiccant as a second line. Links: moisture barrier bags Â· industrial desiccants Â· container desiccant.

6 Build the ISPM-15 structural case

Erect walls and roof or open frame to mass and lift method. Use treated and marked solid wood packaging material. Protect the barrier from fasteners and sharp timber edges. Format choice: crate vs box Â· ISPM-15 guide.

7 Restrain for voyage and unit stowage

Block and brace inside the case. On the truck or in the container, apply restraint so the unit cannot walk under acceleration. Packaging and stowage share this responsibility after the case leaves the plant gate.

8 Mark for safe handling

Stencil weight, CG and lift points so terminal crews do not invent unsafe lifts. Marks must survive rain on outdoor staging yards common at coastal export corridors.

9 Document and release

Issue packing list, method notes, timber evidence as required, and archive photos of dry metal, desiccant placement and closed seals. Release only when plant logistics confirms the first protected move plan.

Skipping moisture or motion control is the usual reason strong on-site crates still fail at sea. Timber last, system first. Full SOP: how to pack a machine for export.

Climate discipline

Weather risks when packing outdoors; monsoon and humid seasons as climate, not geography sales

Many capital machines sit on outdoor pads or under partial roofs. Outdoor on-site packing is possible, but climate becomes a process control, not a footnote. Treat monsoon, tropical wet seasons and coastal humidity as engineering intensity settings the same way you treat voyage weeks.

Weather risk	What fails	Control on site
Rain on open metal	Flash rust under later wrap; trapped free water in barrier	Temporary cover, pause wet stages, re-dry before seal
High ambient humidity	Moisture load into free volume; saturated desiccant early	Immediate seal after wrap; honest desiccant sizing; avoid multi-day open dwell
Wind on large film and foil	Torn barrier, contaminated seals, flying timber panels	Wind screens, panel staging on the ground, two-person film handling
Sun and heat on outdoor dwell	UV on exposed films; thermal cycling if case sits days in yard	Shade where practical; design duration for voyage plus yard storage
Dust and grit	Abrasives on ways; poor seal faces	Clean zone, final wipe immediately before barrier close
Night temperature drop	Condensation on cold steel at dawn	Wipe cycle again; do not seal overnight condensation into the bag

Monsoon-season packing at humid coastal and inland industrial corridors does not require a different brand of â€œtropical marketing.â€ It requires higher cover discipline, shorter open-metal windows, aluminium barrier preference for long ocean legs, and desiccant counts sized to free volume plus climate energy. Container climate after stuffing still needs its own plan: container rain Â· container rain ocean freight case study.

Climate language on this page is voyage and site physics. Port and corridor names elsewhere in the cluster are logistics examples, not city doorway claims.

Where the pattern appears

Manufacturing hub patterns (use cases, not location doorways)

On-site packing demand clusters where heavy capital equipment is built or relocated inside industrial corridors: automotive and tier tool halls, precision machine tool builders, energy equipment yards, process plant projects and defence or aerospace cells with access controls. The method is global. Intensity follows mass, cleanliness rules and climate, not a map of marketing cities.

Automotive and tier plants

Press tools, robotic cells and test rigs packed during model-change outages. Oil-free multimetal VCI receipt is common for export kits co-shipping with machines.

Machine tool builders and job shops

CNC and grinding equipment often leave the assembly floor only once. Axis locks and ways protection dominate; see CNC machine packaging.

Energy and process yards

Skids, compressors and transformers may be ODC. Weather cladding and lift engineering rise; corrosion layers still apply to bare metal and cabinets.

Plant relocation programmes

Multi-case sequences on live sites. Same nine steps per unit, plus numbering maps and intermediate storage rules.

Export packing as a service model: export packing services. Heavy class hub: heavy machinery packaging.

Specification intake

RFQ data for on-site packing jobs

On-site quotes need plant data that bay quotes can sometimes skip. Send the following so the proposal covers materials, labour days, lift interfaces and weather contingency rather than a timber-only number.

Site address and access hours gate rules, escort, night work allowed or not

Machine identity type, model, serials, photos four sides and top, drawings if available

Mass, footprint, height, CG estimate and max road envelope after packing

Why on-site immobile, ODC, live plant, outage window, clean zone

Indoor vs outdoor pad roof available, temporary cover required

Plant crane capacity or need for hired mobile crane; floor load limits

Power and hot work rules permit lead times, fire watch

Metal and cleanliness oil-free receipt, residual fluids, special cleanroom rules

Moving axes and OEM notes lock procedures if available

Route and mode origin climate class, destination, FCL / flat-rack / break-bulk, voyage weeks, storage after arrival

Case count single machine vs multi-case line; spare parts co-shipment

Document and photo requirements buyer certificates, ISPM-15 evidence, method notes

Timeline ready-to-pack window, sailing date, hard outage end

HSE contacts named plant owner for isolation and permits

What a complete on-site proposal should return

Survey plan; packing method referencing the nine steps; VCI grade and barrier type; desiccant quantity basis; ISPM-15 timber plan; lift and mark plan; weather contingency; document pack; estimated crew days and plant obligations (power, crane, clear zone). Soft entry: request an on-site packing survey with the data above.

Knowledge graph

Related services, products and authority pages

Export packing services commercial service hub

Heavy machinery packaging machine-class hub

Over-dimensional cargo packing ODC methods

How to pack a machine for export full 9-step SOP

What is seaworthy packaging definition encyclopedia

Seaworthy packaging system layer map

ISPM-15 export packaging guide

Export packing standards checklist

Export wooden box and crate manufacturer

Wooden crate vs box for export

VCI film Â· VCI paper Â· VCI emitters

Industrial desiccants Â· container desiccant Â· moisture barrier bags

Machinery mothballing Â· container rain

Frequently asked

On-site packing and crating: FAQs

What is on-site packing and crating?

On-site packing and crating is full export packing performed where the machine stands on the factory floor or plant pad. It includes survey, clean, VCI, immobilisation, skid, barrier, desiccant, ISPM-15 case, marks and documents so the unit is protected before the first road or port lift.

When is on-site machine packing required instead of a packing bay?

Use on-site packing when the machine is immobile, oversized, inside a live plant, on a tight outage window, or when a bare move to an external packer would risk shock, weather damage or geometry loss.

Is factory floor export packing the same quality as bay packing?

Yes when the same nine-step seaworthy method is applied: dry metal, VCI, locks, load-rated skid, barrier and sized desiccant, ISPM-15 structure, marks and documents. Site weather and HSE control must be tighter, not looser.

What materials does an on-site packing team bring?

Typical BOM includes VCI film and paper, emitters if needed, moisture barrier materials, industrial desiccant, ISPM-15 timber members, fasteners, tools and any hired lift plan. Exact materials follow the packing instruction for mass, metals and route climate.

Can you pack a machine outdoors at the plant?

Yes with weather discipline: covers, dry stages, wind control and immediate sealing. Rain and high humidity make open-metal work high risk. Pause wet stages and re-dry before barrier close.

How does monsoon or tropical humidity change on-site packing?

Treat high humidity as a climate intensity setting: shorter open-metal windows, robust covers, preferred high-barrier constructions for long ocean legs, and desiccant sized to free volume plus climate energy. It is process control, not a country slogan.

How do plant teams coordinate safety with packing crews?

Agree permits, energy isolation, exclusion zones, lift plans and named contacts before work starts. Packing owns the export method; the plant owns site HSE rules. Joint kick-off prevents improvised lifts and hot work conflicts.

What data should an RFQ include for on-site packing?

Site access, machine mass and photos, indoor vs outdoor location, crane capacity, outage window, route and voyage weeks, metal cleanliness needs, case count and document requirements. Incomplete site data produces incomplete mobilisation plans.

Does on-site packing support over-dimensional cargo?

Yes. ODC units often cannot enter a packing hall and must be skidded, weather-clad and braced where they stand. Structure and lift geometry intensify; corrosion and sealed-zone moisture control still apply. See over-dimensional cargo packing guidance.

What documents are issued after on-site packing?

Packing list, weight and dimensions, handling marks, ISPM-15 marks on solid wood, method notes for VCI grade and desiccant count, and photo records when required for buyer or insurer audit.

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