Industrial machinery project shipping requires engineered logistics rather than standard containerized freight. This service provides specialized multimodal transport for oversized, heavy, and non-standard industrial assets--including complete production lines, CNC machining centers, stamping presses, mining mills, and heavy power equipment.

We manage the entire project lifecycle from manufacturing plant floor to overseas foundation installation, engineering every phase around asset dimensions, port constraints, route clearances, and strict regulatory compliance.

Key Service Features

Engineered Cargo Securing: Custom structural lashing and bracing schemes engineered to withstand dynamic ocean forces (pitch, roll, and acceleration) in compliance with DNV and IMO standards.

Multimodal Route Surveying: Comprehensive route engineering covering factory exit clearances, inland bridge load ratings, overhead utility lines, and port handling limits before cargo movement.

Heavy Lift and Specialized Equipment: Direct access to multi-axle hydraulic modular trailers, crane barges, geared breakbulk vessels, and specialized flat racks.

On-Site Engineering Supervision: Certified cargo superintendents present during critical lifting, loading, and discharge operations to oversee weight distribution and structural integrity.

Product-Specific Specifications

Project cargo handling is defined by specific physical and operational parameters. Equipment is allocated based on the following criteria:

Transport Mode / Equipment	Maximum Payload Capacity	Ideal Cargo Dimensions / Type	Primary Application
Flat Rack / Open Top Container	Up to 45 Metric Tons	Width/Height exceeding standard container doors; modular machine units.	Medium-sized CNC machines, automation cells, industrial pumps.
Breakbulk / Conventional Vessel	Up to 1,000+ Metric Tons (Single lift)	Massive footprints, non-stackable units, heavy static loads.	Stamping presses, large turbines, transformers, chemical reactors.
Roll-on/Roll-off (Ro-Ro)	Up to 300+ Metric Tons (Ramp capacity)	Wheeled, tracked, or self-propelled industrial vehicles.	Mining trucks, heavy excavators, mobile cranes, self-propelled modular transporters (SPMTs).
Hydraulic Modular Trailer (Inland)	Configurable up to 500+ Metric Tons	Extreme axle-load distribution for indivisible oversized loads.	Over-length pressure vessels, multi-story assembly line components.

Shipping Process

Technical Site Survey & Data Audit: Verification of machinery structural drawings, lifting points, center of gravity (CoG), and disassembly requirements.

Transport Engineering & Method Statement: Drafting comprehensive stowage plans, rigging designs, and dynamic load calculations for carrier approval.

Permit & Regulatory Clearance: Securing state, provincial, and national oversize/overweight road permits and port customs pre-clearance.

Factory Loading & Lashing: Transport to staging area, precise positioning on specialized trailers, and application of certified steel wire ropes, chains, and timber blocking.

Port Handling & Hook-to-Hook Operations: Direct transfer from inland transport to vessel using port heavy-lift cranes or ship's gear under surveyor supervision.

Ocean Transit & Marine Monitoring: Real-time satellite tracking, weather route optimization, and periodic hold atmosphere/cargo condition checks.

Discharge & Final Site Delivery: Safe offloading at destination port, inland convoy execution, and final positioning onto designated concrete foundations.

Cargo Requirements & Preparation

To prevent transit damage and regulatory rejection, cargo must meet strict pre-shipment preparation standards:

Center of Gravity (CoG) Marking

CoG must be physically welded or painted on at least two adjacent sides of heavy units exceeding 15 metric tons.

Lifting & Slinging Points

Designated rigging points must be structurally certified, clearly labeled, and engineered to prevent shell or frame crushing.

Corrosion & Moisture Protection

Application of VCI (Vapor Corrosion Inhibitor) films, desiccant bags, and hermetic sealing for sensitive electronic cabinets, CNC control panels, and bare metal machined surfaces.

Component Demounting

Removal of protruding fragile attachments, hydraulic lines, and delicate instrumentation into separate, shock-absorbing export-grade wooden crates.

Shipping Routes & Transit Time

Our core operational routes connect major industrial manufacturing hubs globally with key destination project sites:

East Asia / China Main Ports (Shanghai, Tianjin, Taicang) to North America (Houston, Tacoma, Savannah):

Transit Time: 22 to 35 days (Breakbulk / Heavy Lift vessels).

Europe (Antwerp, Hamburg, Rotterdam) to Middle East / Persian Gulf (Jebel Ali, Dammam, Sohar):

Transit Time: 18 to 26 days.

Europe to South America (Santos, Cartagena, Altamira):

Transit Time: 20 to 30 days.

Note: Transit times are subject to vessel scheduling, weather routing, and canal/lock congestion. Inland transit segments require separate route clearance scheduling.

Shipping Costs & Required Information

Project shipping costs are non-tariff-based and calculated dynamically. To secure an accurate, binding freight estimate, the following data package must be provided:

General Arrangement (GA) Drawing & Technical Datasheet: Showing exact dimensions (L x W x H in meters) and gross weight (metric tons).

Exact Center of Gravity (CoG) Coordinates: Height from base and longitudinal position.

Lifting and Support Point Locations: Engineering schematics detailing where jacks, chains, or cranes can safely interface with the machine.

Origin and Destination Addresses: Complete with port pair preferences and inland site accessibility constraints (e.g., turning radius, overhead bridges).

Required Delivery Schedule: On-site mandatory readiness date.

Frequently Asked Questions

Q: How do you calculate and secure cargo with an off-center Center of Gravity?

A: Our marine engineers design bespoke lashing arrays utilizing unequal tensioning distributions and calculated friction coefficients between the cargo base and vessel deck/trailer bed to neutralize tipping moments during heavy sea accelerations.

Q: What happens if an oversized transport permit is delayed by local authorities?

A: We initiate permit applications 4 to 6 weeks prior to movement and maintain pre-surveyed contingency routes. If a roadblock occurs, secure temporary staging areas are utilized to avoid port demurrage penalties.

Q: Is standard ocean cargo insurance sufficient for project machinery?

A: Standard Institute Cargo Clauses (ICC A) often exclude improper lashing or inherent vice. We assist in structuring specialized Project Cargo / Delay in Start-Up (DSU) insurance policies covering warehouse-to-warehouse multi-risk scenarios.

Q: Can sensitive CNC electronics survive prolonged ocean voyages?

A: Yes. Aside from VCI wrapping, we implement climate-controlled or desiccated enclosure protocols to combat marine salt-fog condensation and humidity fluctuations.