Every paper cushion machine is sold on a speed number, and every buyer nods at the number without checking what it actually means on their line. The number on the Aircosan RA10 is 32 m/min. It sounds fast. Whether it is fast enough depends on a set of variables that the speed number does not describe, and understanding those variables is what separates a machine that gets used from a machine that gets abandoned after the first busy week.
Start by converting the number into something the line can use. 32 m/min is a continuous feed rate. In practice, the machine does not run continuously, because the operator stops it to place the pad, position the product, seal the box, and start the next cycle. The real throughput is therefore a function of how long a pad needs to be and how quickly the operator can complete the rest of the packing cycle. A short pad of 30cm takes well under a second to produce at 32 m/min. A long pad of two meters takes closer to four seconds. If the operator needs six seconds to complete the rest of the box, the machine is never the constraint for short pads, and it starts to matter only for the long ones.
This is why the speed number is only half the story. The other half is the forming width, which on the RA10 is 10cm±2cm. A wider forming width produces a wider pad, which covers more box volume per pad and reduces the number of pads needed per box. A narrower pad means more pads, which means more cycles, which means the machine's speed matters more. The 10cm±2cm specification is therefore not a detail; it is a multiplier on effective throughput. A pad that covers more volume per cycle is faster in practice than a machine with a higher feed rate and a narrower pad.
The third variable is the paper specification. The RA10 runs three-fold paper at 70gsm or 80gsm, in standard 32CM rolls, with 40CM rolls available as a customization. The paper weight affects how the pad behaves once it is formed. A heavier paper produces a stiffer pad that holds its shape and fills voids with less material. A lighter paper produces a softer pad that conforms more easily to product shapes but may need more volume to achieve the same protection. Neither is better in the abstract; what matters is that the pad produced matches the packing requirement without requiring the operator to compensate with extra material, because compensation costs cycles, and cycles are throughput.
The fourth variable is the operating mode, and this is where the machine's design decisions show up most clearly on the line. Auto Mode supports preset L1–L4 lengths and quantities with one-button start, and the machine feeds paper automatically as preset with the interface showing total count and paper status. On a standardized line, this mode removes the operator's decision entirely: the pad is the same for every order, the machine produces it, the operator packs it. The cycle time becomes predictable, and predictable cycle time is what allows a line to be scheduled. Manual Mode gives independent control over feed, retract, and cutting, with independent setting of L1 length and quantity, and it stops automatically and prompts when paper runs out. On a mixed-order line, this mode prevents the operator from being locked into a preset that does not fit the order in hand. Pedal Mode keeps feeding while pressed and cuts automatically on release, which means the operator's hands stay on the product and the box while the foot controls the machine. On a station where the operator is wrapping a fragile item with both hands, this is the difference between a smooth rhythm and a stop-start one.
The fifth variable is physical placement. The RA10 has a vertical design measuring 930mm*763mm*1378mm, with casters at the base. A vertical machine takes up less floor space than a horizontal one of comparable capability, which matters because the machine needs to sit within arm's reach of the operator. If the machine is two steps away, every cycle includes two steps, and two steps multiplied across a shift is a meaningful loss. The casters allow the machine to be positioned where the work is rather than where the space happens to be, which is the practical version of the throughput question.
The sixth variable is reliability, because a machine that stops is a machine with zero throughput. The RA10 addresses this with a dual-opening cover for maintenance and debugging, a material-out alarm that stops the motor and cutter automatically, a cover-open alarm that prevents the machine from starting when the guard is open, and a low-material warning that prompts refilling before the paper runs out. These features are not performance specifications, but they determine how much of the theoretical 32 m/min the line actually captures. A machine that jams twice a shift never reaches its rated speed in aggregate, no matter what the datasheet says.
Power is simple: 110V or 220V, 350W, 50-60HZ, which means the machine can be placed wherever there is a standard outlet rather than wherever there is dedicated wiring. Net weight is 130kg and gross weight is 150kg, with package dimensions of 1500mm*1000mm*1000mm. These are deployment facts rather than performance facts, and they matter because a machine that is difficult to deploy does not get deployed at the point where the bottleneck is.
The honest limitation is that 32 m/min is not a universal answer. On a very fast automated line, the machine may not keep up without a buffer, and the buffer costs space. On a very slow manual line, the machine's speed is irrelevant and a cheaper machine would do. The number is meaningful only in the context of the line's cycle time, pad length, and pad width, and the buyer who understands that context makes a better decision than the buyer who compares speed numbers across models.
The practical takeaway is to measure the line before specifying the machine. Time a full packing cycle, measure the pad length and width the box actually needs, and check how many pads per box the process requires. Then compare that against 32 m/min and 10cm±2cm. Aircosan evaluates paper width, daily usage, packing scenario, and space conditions before recommending a configuration, which is the right conversation to have. Most buyers skip it, which is why some machines underperform and the buyers conclude that the category does not work, when in fact the specification did not match the line.