ONE MACHINE • ONE PRODUCTION LINE • AN ENTIRE FACILITY
HANDS ON • MULTIPLE TRADES • GLOBAL REACH • SOLUTIONS & RESULTS
INTERNATIONAL DISMANTLING
INDUSTRIAL & CORPORATE REMOVALS • SHUTDOWNS • EXPORT CRATING
INDUSTRIAL DISMANTLING
Manufacturing equipment is rarely isolated from the systems around it. Our coordinated project teams review machinery connections, access requirements, structural interfaces and the intended next use before dismantling begins. From one production machine to an interconnected line, we organize controlled disassembly, component identification and removal around your schedule.
Precision disassembly and removal of manufacturing machinery, automation systems and production lines.
CORPORATE & TECHNICAL REMOVALS
Laboratories, server rooms and corporate technical facilities require more than ordinary moving services. We coordinate equipment preparation, specialist disconnections, protective handling, internal movement and loading with your facilities, IT and equipment representatives. The objective is an organized removal that respects the equipment, the building and the next destination.
Coordinated de-installations of data centers, laboratory equipment and critical business assets.
PLANT SHUTDOWNS
Plant closures and production-area clearances involve many moving parts: equipment inventories, utility boundaries, staging areas, buyer pickups, removal schedules and the final condition of the facility. We bring the appropriate trades together to sequence dismantling and removals efficiently, whether equipment is being relocated, sold, stored or cleared from the site.
Multiple-trade teams coordinate facility decommissioning, equipment clearances and removal sequencing.
ELECTRICAL & MECHANICAL DE-INSTALLATIONS
Safe, systematic removal begins with a clear understanding of electrical feeds, controls, piping, air services and mechanical connections. Qualified specialists coordinate isolation and disconnection within the agreed scope, while labeling, match-marking and organized component handling can support future reinstallation. The plan distinguishes what leaves from what must remain operational.
Equipment isolation, systematic disconnection, match-marking and documented disassembly.
HEAVY RIGGING & LOAD-OUTS
Disconnecting equipment is only the beginning. Our project teams coordinate the lifting, skidding, staging and movement needed to take machinery from its operating position to a suitable loading point. Handling methods and equipment are selected around actual dimensions, weights, access restrictions and site conditions—then coordinated with the receiving vehicle and shipment plan.
Controlled machinery handling, lifting, staging and removal for complex projects.
EXPORT CRATING, SKIDDING & PALLETIZING
Why overpay for industrial crating? The right solution depends on the equipment and its journey. Some loads need engineered skids and targeted protection; others call for fully enclosed crates, blocking, bracing and export preparation. We evaluate handling, protection and transportation together to avoid unnecessary packaging expense while preparing equipment for its next destination.
Custom protective crating, heavy-duty skids and export-ready packaging for valuable equipment.
ONE MACHINE • ONE PRODUCTION LINE • AN ENTIRE FACILITY
HANDS ON • MULTIPLE TRADES • GLOBAL REACH • SOLUTIONS & RESULTS
THE INTERNATIONAL DISMANTLING GUIDE
Industrial & Corporate Removals • Plant Shutdowns • Heavyweight & Export Crating
A coordinated project from the first disconnect to the final load-out
One project. Multiple specialized trades.
Dismantling is more than removing machinery from a building. A successful project may involve electrical isolation, mechanical separation, millwright work, rigging, facility modifications, controlled demolition, equipment protection, crating, staging and transportation preparation. International Dismantling organizes the appropriate specialists around the project rather than expecting one trade to perform every task.
Start with the destination in mind.
Some equipment will be scrapped or recycled. Other assets will be sold, stored, exported or reinstalled in another facility. Those outcomes require very different methods of disassembly, labeling, handling and protection. Establishing the next use of the equipment early helps avoid unnecessary labor and packaging while protecting the components that matter.
A practical scope, not hourly-labor.
Our approach centers on defining the work, coordinating the sequence and preparing a project proposal around deliverables. We consider the shutdown window, available access, asset condition, handling requirements, final disposition and the interfaces between trades. A clear scope makes the job easier to price, schedule and execute.
What to send for a project review
Equipment lists, approximate dimensions and weights, photographs, plant layouts, site restrictions, target dates and intended destinations are useful starting points. If the information is incomplete, an initial site review can help establish the missing details.
ONE MACHINE • ONE PRODUCTION LINE • AN ENTIRE FACILITY
INDUSTRIAL DISMANTLING & PLANT SHUTDOWNS
Production lines, manufacturing cells, facility closures and phased removals
Control the sequence before the first component moves
Organize shutdowns around the operating facility.
An active plant may need to keep adjacent lines running while selected assets are removed. A complete closure has different priorities: utility separation, safe access, salvage decisions, equipment staging and turnover of cleared space. In either case, the dismantling plan should reflect production schedules, site rules, access limitations and responsibilities for each trade.
Protect reusable equipment.
When machinery has a second life, the removal plan should preserve what makes reinstallation possible. That may include photographs, match-marking, component inventories, careful separation of utilities, labeling of cables and hoses, securing moving parts and identifying delicate assemblies before lifting or transport.
Coordinate the trades and the handoffs.
Electrical and mechanical crews release equipment for dismantling; millwrights and riggers establish removal methods; facility trades may open access routes or remove obstructions; crating teams protect components as they become available. Sequencing these activities avoids repeated handling, idle crews and unnecessary disruption.
Site-review checklist
Identify assets to retain, sell, relocate or discard; verify power and utility responsibilities; confirm equipment weights and lift points; map removal routes, overhead clearances and dock access; establish staging areas and a realistic shutdown window.
SHUTDOWN • DISCONNECT • DISMANTLE • REMOVE
CORPORATE & TECHNICAL EQUIPMENT REMOVALS
Laboratories, IT environments, critical equipment and occupied facilities
Different environments demand different removal methods
More than heavy manufacturing.
Corporate facilities, laboratories, technical workspaces and equipment rooms can require carefully coordinated de-installations. Sensitive instruments, server-room infrastructure, test systems, specialized cabinets and support equipment may need a different level of documentation, cleanliness, protection and scheduling than conventional plant machinery.
Plan around the facility.
Occupied buildings bring their own constraints: freight elevators, restricted access, limited loading docks, building management approvals, narrow corridors, floor loading and protection of finished spaces. Site surveys should identify the movement path before equipment is disconnected or packed.
Separate systems methodically.
A technical removal may involve electrical service, network connections, compressed air, cooling water, process lines, controls or anchored equipment. Qualified specialists should establish safe isolation and disconnection responsibilities. Components intended for reuse can be labeled and grouped to support later identification and setup.
Protection and staging matter.
Sensitive assets may require anti-static or moisture-conscious packaging, custom foam or blocking, enclosed crates, shock considerations or controlled staging. The right level of protection depends on the equipment, its value, the handling route and its next destination.
Scope items to confirm
Equipment inventory and photos; owner/OEM responsibilities; site access hours; shutdown and service-disconnect requirements; building protection; removal route; packing and storage expectations; final receiving location.
CONTROLLED DE-INSTALLATION • PROTECTION • REMOVAL
CUSTOM HEAVYWEIGHT INDUSTRIAL CRATING
Cost-effective skids, pallets, blocking, bracing and full-encasement crates
Engineer the protection to fit the equipment—not a generic box
Crating belongs in the dismantling plan.
Heavyweight and oversized industrial equipment often cannot be handled safely or economically with off-the-shelf packaging. A purpose-built skid or crate may need to accommodate an irregular footprint, a high center of gravity, sensitive protrusions, concentrated loads or multiple lift and tie-down points. Planning this before the machine is removed reduces rehandling.
Choose the right level of enclosure.
Not every asset requires a fully enclosed export crate. Depending on the equipment and route, a heavy-duty skid with blocking and bracing, protective wrap, partial enclosure or complete timber crate may be appropriate. The objective is sufficient protection without unnecessary material, weight, fabrication time or shipping volume.
Where efficiency creates value.
Cost-effective crating starts with accurate dimensions, weights and lifting information. Standardizing materials where appropriate, building around the equipment’s actual geometry, consolidating components intelligently and coordinating fabrication with dismantling can reduce wasted lumber, unnecessary handling and schedule delays. Packaging should be designed with truck, container and receiving-site constraints in mind.
Build for handling, not just appearance.
Skids and crates should account for forklift access, rigging points, blocking and bracing, weather exposure, transit vibration, center of gravity and the expected number of handling events. Oversized and unusually heavy pieces may call for project-specific structural design or handling review.
Information that helps us quote crating
Provide equipment photos, overall dimensions, estimated weight, center-of-gravity or lift-point information if available, fragility concerns, domestic/export destination, anticipated storage duration and whether enclosed protection is required.
HEAVYWEIGHT • OVERSIZED • PURPOSE-BUILT • COST-CONSCIOUS
OVERSIZED EXPORT CRATING & SHIPPING PREPARATION
Protection for domestic moves, long-term storage and overseas transport
Prepare valuable equipment for the journey that follows
Export requirements affect packaging choices.
International shipments can introduce ocean transit, port handling, container constraints, longer storage periods, weather exposure and multiple transfers. Packaging plans may incorporate moisture barriers, corrosion protection, desiccants, protective wraps, engineered blocking, securement and identification according to the equipment and shipping conditions.
Heavy and oversized assets need a coordinated approach.
Large machines, fabricated assemblies, presses, tanks, robotic systems and production-line sections may require custom base structures, lift planning, split-load decisions or nonstandard transportation. A crate that is unnecessarily tall or wide can complicate loading and increase transport costs; an underspecified crate can expose the equipment to damage. The balance is project-specific.
Reduce unnecessary cost before shipping.
Early coordination between dismantling, crating and logistics teams helps identify which assemblies can remain intact, which should be separated, where protective framing is needed and how to use available shipping dimensions efficiently. The least expensive crate is not always the most economical solution if it increases handling risk or transit expense.
Documentation and compliance.
Shipment preparation may include item identification, packing lists, crate dimensions and weights, marking and coordination of applicable wood-packaging requirements such as ISPM 15 when required. Export documentation, customs responsibilities and carrier-specific requirements should be confirmed with the appropriate shipping specialists.
Project review checklist
Destination country and delivery terms; transport mode; handling and storage duration; piece weights and dimensions; moisture or corrosion sensitivity; crate/skid requirements; access and loading constraints; receiving-site unloading capabilities.
PROTECT • SKID • CRATE • IDENTIFY • SHIP-READY
FROM SHUTDOWN TO FINAL LOAD-OUT
One coordinated multiple-trade project team
A clear scope and sequence deliver a more efficient outcome
A connected workflow.
The work may begin with an asset inventory and site survey, then proceed through project planning, isolation and disconnection, systematic dismantling, rigging and staging, protection and crating, and final load-out. Each handoff should be considered before the preceding activity begins.
The project defines the team.
A rigging contractor may be one part of the project, not the full solution. Electrical, mechanical, millwright, dismantling, demolition, facility-modification, crating and transportation specialists can be coordinated as required. This cooperating family of specialized contractors gives the customer access to a broader solution without asking any one trade to claim capabilities it does not possess.
What drives an efficient proposal.
Clear equipment lists, site access, defined responsibilities, verified handling requirements and realistic deadlines help us develop a practical scope. Identifying crating needs early can eliminate duplicate moves and help align fabrication with removal. When equipment will be reused, the plan should also account for documentation and preservation needs.
Next steps
Send available equipment lists, photographs, drawings, approximate weights, site location, intended destination and desired schedule. We can review the scope, identify the relevant trades and discuss an appropriate site visit or project proposal.
A single coordinated objective.
Whether the requirement is one machine, a production line, a technical facility or a full plant shutdown, the objective is the same: controlled dismantling, efficient handling, appropriate protection and a well-managed final load-out.
HANDS ON • MULTIPLE TRADES • GLOBAL REACH • SOLUTIONS & RESULTS