Export freight is priced by volume, and the mattress factory that ships air pays for it on every container. A foam block of 3,000 by 2,000 by 1,000 millimeters travels at full volume unless it is compressed, and a spring mattress travels flat unless it is rolled. The IF-FB02 Foam Mattress Compress Packing Machine presses foam blocks up to L3000 by W2000 by H1000 millimeters with an 80-ton double oil cylinder and seals them with a 200-degree heat plate, while the IF-CR5 Full Automatic Mattress Rolling Machine rolls compressed mattresses into adjustable-diameter export rolls in 30 seconds per piece. Together they form an export packing hall that cuts shipping volume by up to 70 percent, replaces a manual packing crew, and typically pays back the equipment in five months at standard export freight rates.
The export packing hall is where container economics are decided. A foam block ships at whatever volume it occupies, and a flat-packed spring mattress of 2,000 by 2,000 millimeters occupies a full pallet position even though the steel and foam inside are mostly air. The IF-FB02 Compress Packing Machine closes the gap on the block side: its 80-ton double oil cylinder compresses foam blocks up to L3000 by W2000 by H1000 millimeters, the seal heater plate at 200 degrees Celsius closes the film, and the compressed block leaves at a fraction of its original height, cutting the shipping volume of block products by more than half.
The roll side works on the same principle. The IF-CR5 Full Automatic Mattress Rolling Machine rolls compressed mattresses with an adjustable exit diameter of 220 to 480 millimeters, so the package size follows the mattress thickness and length instead of forcing a fixed roll. Spring, foam, and latex mattresses all roll on the machine; foam and latex units up to 200 millimeters thick roll directly without pre-compression, while spring units compress first and roll second. The 30-second cycle, the Siemens PLC control, and the remote system keep the machine fast, stable, and serviceable from anywhere.
The freight math makes the case. A 40-foot container of flat-packed spring mattresses carries roughly 60 to 80 units depending on size; the same container with compressed rolls carries 190 to 240 units. At export freight rates charged per container or per cubic meter, that density difference is the difference between profitable and marginal export orders, and it applies to every container the factory ships. Factories that compress blocks and roll mattresses report freight cost per unit dropping by 50 to 70 percent on the same routes.
The labor story is the second half of the payback. Manual packing of a block or mattress needs two to four workers: lifting, wrapping, strapping, and sealing by hand, with inconsistent film tension and periodic damage claims. The IF-FB02 and the IF-CR5 run with one operator each, and the sealed, strapped output is pallet-ready, so the export hall that used to hold a packing crew now holds two machines and one person per station. Between freight and labor, a mid-size exporter typically pays back the compress packing line in five months.
The export packing line runs in four steps. First, the foam block or mattress enters the IF-FB02 for block products: the block is positioned on the platen, the 80-ton double oil cylinder applies the compression stroke, and the heat plate at 200 degrees Celsius seals the film while the block is under pressure. Second, spring mattresses pass through the compression stage, while thin foam and latex mattresses can skip it. Third, the IF-J6 Semi-Automatic Mattress Rolling Machine or the IF-CR5 rolls the unit: the IF-J6 covers entry-level plants with an unlimited exit diameter at 1 minute per piece, and the IF-CR5 covers high-volume halls at 30 seconds per piece with an adjustable 220 to 480 millimeter exit. Fourth, the finished roll or compressed block is palletized, labeled, and staged at the dock.
The IF-CR5 accepts mattresses up to 2,100 millimeters wide, with a total power of 17.6 kilowatts on three-phase 380V 50Hz, and the machine envelope of L3380 by W2750 by H2450 millimeters fits a standard export hall bay. The Siemens PLC stores the roll program per mattress model, so switching between products is a panel change, and the remote system lets Infinity engineers commission, tune, and troubleshoot the machine over the internet. The IF-J6 covers the same product family with a 2,500-watt total power, an unlimited exit diameter, and a working table of 2100 by 1600 millimeters, making it the entry point for factories that ship roll-packed product in lower volumes.
The two machines share the film, seal, and PLC philosophy, so a factory can start with the IF-J6, grow into the IF-CR5 as export volume builds, and run the IF-FB02 on the block side of the same hall, all with one spare-part and training system. The IF-FB02 machine size of L9000 by W2500 by H3600 millimeters takes the block line, and the roll line takes the other bay, so the complete export packing department occupies two standard bays with two operators.
The export packing hall needs two bays with level concrete, three-phase power, and a dock-side staging area; no special foundations are required because all three machines operate on flat floors. The table below summarizes the key technical data.
Installation takes about two weeks in an operating factory. The IF-FB02 needs a bay of roughly 60 square meters including the press footprint, block feed lane, and pallet output, and the IF-CR5 needs its own bay of roughly 40 square meters with a mattress infeed lane. The IF-J6 fits the same bay as the IF-CR5 for plants that run both machines. Infinity engineers commission all three machines, program the roll diameters and compression settings per product, and train the packing crew before handover.
A complete export packing line deploys one IF-FB02, one IF-CR5, and optionally one IF-J6 for the low-volume segment. The equipment CAPEX, including installation, commissioning, and operator training, typically lands in the range of $32,000 to $45,000 depending on machine configuration and regional freight. The projection below models a mid-size exporter shipping 120 containers of mattress and foam products per year.
IF-FB02 Foam Mattress Compress Packing Machine: compresses foam blocks up to L3000 x W2000 x H1000 mm with an 80-ton double oil cylinder, heat seal plate temperature of 200 degrees Celsius, machine dimensions of L9000 x W2500 x H3600 mm, three-phase supply, compatible with the IF-CR5 automatic rolling machine and the IF-J6 semi-automatic rolling machine in one export packing hall, CE-compliant electrical components. IF-CR5: mattress width up to 2100 mm, cycle of 30 seconds per piece, adjustable rolling exit diameter of 220-480 mm, total power of 17.6 kW, Siemens PLC with remote system, machine size L3380 x W2750 x H2450 mm, weight 3.5 tons.
The projection is conservative by design. It assumes no renegotiation of freight contracts, no credit for the export markets that denser loading unlocks, and a single packing shift. Factories that run the line on two shifts or negotiate lower per-container rates once volume drops typically report payback inside four months, and the line continues to run with one operator per station instead of a packing crew.
The export packing hall should sit at the end of the production flow, after sewing and quilting, with a direct path to the container dock, because packed units must never cross the production flow on their way to shipping. The recommended configuration below balances block flow, mattress flow, and dock integration.
Layout discipline matters because the hall serves two flows at once: foam blocks from the cutting department and mattresses from the sewing lines. The two lines should have separate feed lanes and a shared pallet station, so neither flow waits on the other. With compressed blocks and rolled mattresses staged at container height, a two-person crew can stuff a 40-foot container from the buffer, and the dock crane or conveyor moves the units without lifting by hand.
The export packing line is engineered for continuous dock duty, with the hydraulic press and the Siemens PLC keeping diagnostics and firmware updates accessible. Recurring consumables are PE film, sealing blades, and strap material, restocked monthly and costing roughly $600 per month at full utilization. Structural maintenance is limited to quarterly hydraulic checks on the IF-FB02 press, annual bearing and seal inspection on the rolling machines, and heater plate verification for the seal station.
Total annual operating cost for the line typically stays under $14,000 including power and consumables, which is less than three months of the freight and labor savings the line produces. Compared with a manual packing crew whose cost grows with every shift and every claim, the compressed line has a nearly flat cost curve, which is why compress packing is the first export investment that profitable mattress factories make before expanding the container program.
Export freight is priced by volume, and the mattress factory that ships air pays for it on every container. The IF-FB02 compresses foam blocks to a fraction of their height with an 80-ton press, the IF-CR5 rolls mattresses into adjustable-diameter export rolls in 30 seconds, and the IF-J6 covers entry-level volumes, cutting freight per unit by 50 to 70 percent with one operator per station.
The decision rule is simple: if the factory ships flat-packed mattresses or uncompressed foam blocks, or if the container program is limited by freight cost rather than demand, the compress packing line is the highest-return export investment available in the packing hall, with a sub-six-month payback and no compromise on product protection. Install the press and the roller, measure the freight and labor numbers for one quarter, and let the savings justify the second line before the next container contract is signed.
Contact our machinery engineers today for a custom export packing hall layout, compression and roll-diameter program setup for your products, film and seal configuration, and a factory-direct quotation for your mattress plant.
