The IF-FYP6/7/10 Carrousel Splitting Foam Cutting Machine is built for one job that slows every foam plant: turning stacked block foam into clean, even sheets. Instead of loading one block, slicing it, unloading it, and starting again, the carrousel places several blocks on a rotating worktable and cuts them to the same thickness in a single pass, with the slice value set on a digital control box. A foam factory that still hand-feeds a band knife loses hours to loading and measuring; the carrousel keeps the blade moving while the table rotates, so output per operator rises and sheet thickness stays inside tolerance batch after batch. Three models cover the floor: the IF-FYP6 at a 6-meter table for four blocks, the IF-FYP7 at 7 meters for five, and the IF-FYP10 at 10.5 meters for eight, so a plant can match the machine to its daily block volume without buying capacity it will never use.
Foam sheet cutting looks like a small step until you add up the time. A mattress factory needs hundreds of sheets a day for quilting backs, border panels, and packaging layers, and each sheet starts as a block on a cutting table. With a single-block band knife, an operator loads one block, sets the fence, runs the cut, clears the sheet, and repeats, so most of the shift is spent handling foam rather than cutting it. The IF-FYP6 Carrousel Splitting Foam Cutting Machine changes the unit of work from one block to a full table load, placing four, five, or eight blocks at once and slicing them together to the same digital thickness setting.
The commercial gain is utilization. A band knife earns money only while the blade is in the foam, but a carrousel earns money while the table turns, because the next blocks are already positioned when the current slice finishes. Plants that switch from single-block feeding to carrousel loading typically report that one operator produces two to three times the sheets per shift, not because the blade is faster but because it stops waiting for the operator.
Thickness consistency is the second commercial argument. Hand-set fences drift as the shift wears on, so sheets meant to be 50 millimeters come out at 47 or 53, and the quilting line either gaps or bunches. The carrousel sets the slice value on a control box and holds it for the whole load, so every sheet from a batch matches the number on the order.
The machine is organized around a round worktable that carries the foam past a fixed horizontal blade. The operator stacks the blocks on the table within the cutting envelope, sets the target slice thickness on the digital control box, and starts the cycle; the table rotates at an adjustable speed and the blade peels a sheet off the top of the stack at the set value, then the next sheet, until the whole load is sliced.
An optional vacuum device is the detail that protects sheet quality. Soft block foam wants to shift and lift as the blade passes, which leaves a wavy edge and wastes material; the vacuum holds the foam firmly to the table through the cut, so sheets come off flat and the edge stays straight. For plants cutting low-density foam or thin sheets under 10 millimeters, the vacuum is the difference between a clean stack and a scrap pile, and it pays for itself in recovered material within the first months of use.
Twin blades are offered so the plant can match the cutter to the foam. Soft foam tears if the edge is wrong, so a dedicated soft-foam blade gives a clean release without drag, while the second blade handles denser blocks and longer runs; the operator swaps the blade for the job rather than fighting one compromise edge all day.
The cut sheet thickness range is 2 to 150 millimeters, set digitally rather than by a manual fence, which removes the most common source of human error on a band knife, so changeover stays a button press rather than a workshop job.
The three models share the same carrousel principle and differ in table size and daily capacity, so a plant picks the one that fits its block volume. All three cut the same 2 to 150 millimeter thickness range with digital control, optional vacuum, and twin blade choice; the table diameter and block count are what separate them. The table below summarizes the technical data for layout and purchasing decisions.
Installation needs a level bay with three-phase power and enough clear floor for the table swing, because the 10.5-meter table on the IF-FYP10 sweeps a wide circle and the operator needs room to load blocks and pull sheets. Infinity engineers commission the machine on site, set the thickness library for the plant's common sheet sizes, and train the operator before handover, so the carrousel enters production as a working cell rather than a bare frame.
A carrousel cutter deploys as a single machine with one operator and a block loading zone. The equipment investment for an IF-FYP6 with vacuum and twin blades, including installation, commissioning, and operator training, typically lands in the range of $12,000 to $18,000 depending on regional freight and accessories, with the IF-FYP10 at the top of that band. The projection below models a foam plant replacing single-block band-knife feeding with one carrousel on a single shift of 22 working days per month.
IF-FYP6/7/10 Carrousel Splitting Foam Cutting Machine: cutting sponge size L2000 * W1500 * H1200mm with 4, 5, or 8 blocks per load, cutting thickness 2-150mm set digitally, worktable turning speed 0-3.5 r/min for IF-FYP6 and IF-FYP7 and 0-2.5 r/min for IF-FYP10, worktable diameter 6m, 7m, and 10.5m, blade length 8940mm, 10000mm, and 10380mm, total power 8.92kw for IF-FYP6 and IF-FYP7 and 10.52kw for IF-FYP10, machine external size L7000 * W6500 * H2500mm, L7500 * W7000 * H2500mm, and L11500 * W11000 * H2500mm, optional vacuum hold-down device, twin blade choice for soft and dense foam, fully automatic digital control of slice thickness.
The projection is conservative: it prices scrap recovery at the low end of the range and assumes no credit for a second shift. Foam plants that run two shifts or cut a high share of thin soft sheets typically report payback inside ten months, because the vacuum recovery and the doubled sheet output compound every month the machine runs, and the saving shows up in payroll and material, not just speed.
The carrousel should sit where blocks arrive and sheets leave, because it sits between block storage and the quilting or packaging line. The recommended layout keeps the block yard on one side, the rotating table in the center with clearance for the swing, and the sheet stack on the other side feeding the next process, so foam flows in as blocks and out as sheets without crossing the operator path.
The carrousel is a mechanical machine with a digital control box, so recurring cost is low and predictable. Consumables are the blade, the guide liners, and the vacuum belt if fitted, restocked monthly and costing roughly $120 per month at full utilization. Structural maintenance is limited to weekly table inspection, monthly blade alignment, and an annual check of the drive and control system, with no special foundations beyond a flat concrete floor rated for the machine weight.
Total annual operating cost for one carrousel typically stays under $2,500 including power, blade, and air, which is a fraction of the labor and material it recovers. Compared with a single-block band knife whose cost grows with every shift and every scrap sheet, the carrousel has a nearly flat cost curve, which is why foam plants buy it as a capacity investment that pays back in the first year.
The carrousel cutter solves the part of foam sheet cutting that software cannot: the handling. By placing four to eight blocks on a rotating table and slicing them to one digital thickness, the IF-FYP6/7/10 keeps the blade moving while the table turns, so one operator outputs two to three times the sheets with tighter tolerance than a single-block band knife.
The decision rule is simple: if the cutting step starves the quilting or packaging line, or if sheet thickness drifts from shift to shift, the carrousel is the highest-return fix on the foam floor, with a sub-fourteen-month payback and no compromise on sheet quality. Pick the table that fits your daily block count, run the vacuum on soft stock, and let the recovered output and scrap savings justify the second shift before the next order spike hits the bay.
Contact our machinery engineers today for a carrousel layout matched to your daily block volume, vacuum and blade options for your foam mix, and a factory-direct quotation for your foam plant.
