Three machines in the Aircosan heavy-duty range share the same 550mm cutting width. Buyers often assume the difference is speed or capacity. It is not. The difference is what comes out of the machine and how many places that output needs to reach.
Start with the P50. Cutting width 550mm, maximum thickness 15mm, adjustable speed 0 to 18 metres per minute, power 110V, 220V, or 380V at 1500W. Net weight around 140kg, dimensions 740 x 461 x 850mm, suitable for 3 to 7 layers. It produces a single stream of expanded mesh. One sheet in, one output out. It is the fastest model in the series, and for a single packing station running at a steady pace, it does the job without complication. Nothing to configure, nothing extra to position around it.
Now the P50-3. Same width, same thickness, same speed range, same power, same weight, same footprint. The only difference is what happens after the sheet enters: it divides that sheet into three equal output streams. The application is straightforward once you see it. One machine feeding three packing stations, or one station consuming material fast enough to justify three feeds running at once.
That distinction matters operationally in ways that are easy to underestimate on a specification sheet. Consider a distribution centre with three benches running in parallel. The conventional approach is three machines — three purchases, three maintenance schedules, three power points, three operators trained on setup. Or one machine and a lot of walking, with a worker moving material from a central point to each bench throughout the shift. The P50-3 sits centrally and each bench draws from its own stream. Material handling between benches effectively disappears, and the labour that was spent moving material gets redirected to packing.
Consider a single high-volume bench instead, which is the less obvious use case. Here the P50-3 works as a throughput multiplier rather than a distribution tool. Three output streams feeding one station means material never runs short during a busy period, and the operator is never waiting for the machine to catch up. For operations with a genuine peak window — a daily courier cutoff, for example — that continuous availability is worth more than the headline speed figure suggests.
There are practical requirements worth noting before purchase. Three output streams need three collection points, so the machine needs clear space around it rather than a corner position against a wall. Uneven draw from one stream can affect the others, so bins or containers should be positioned consistently and emptied at similar intervals. And 140kg on a 740 x 461 x 850mm footprint means a solid floor and a planned location rather than a spot chosen on delivery day. None of these are difficult requirements, but all of them are easier to address before the machine arrives than after.
Now the P50-X. Same 550mm width, maximum thickness 15mm, adjustable speed 0 to 12 metres per minute, power 2200W, net weight around 212kg, dimensions roughly 740 x 554 x 1030mm. It uses two sets of cutter shafts and produces both mesh and strips from the same unit, with the output type selected by the operator.
Most packaging operations do not ship one type of product. They ship whatever comes through the door that day. Some of it needs cushioning. Some of it just needs separating. The P50-X covers both. Mesh output handles fragile items, irregular shapes, and anything that needs impact absorption. Strip output covers wrapping, separating products in the same box, and lining. A station handling both types of packaging no longer needs two machines side by side, which frees floor space and removes a second maintenance schedule.
The trade-offs are worth stating plainly. Maximum thickness is 15mm, which is the same as the P50 and P50-3 but lower than the P80 at 20mm. Speed tops out at 12 metres per minute rather than the 18 available on the P50 series. And because the output format changes, operators need to understand which setting suits which job, which takes a little training rather than none. For operations that only ever need one output type, a dedicated machine is simpler and slightly cheaper. For operations where packaging content varies through the week, the P50-X removes the either-or decision.
What all three machines share, underneath the differences, is the same engineering. Aircosan cutter shafts are large one-piece units rather than thin blades, machined from 40Cr steel rather than the more common 45#. Both materials need quenching and hardening, but 40Cr has lower brittleness and stronger impact resistance, and machining time is more than double. The shafts go through lathe work, high-frequency treatment, quenching, and blackening, and are designed for a service life beyond five years. At the same 550mm cutting width, Aircosan shafts are larger and thicker than peers, with about 30% more material cost. The most intuitive way to judge this is overall machine weight.
The side sheet metal fits tightly with no gaps, keeping paper dust out of the gears. The motor is a branded unit with overload protection, so a jam stops the machine rather than continuing to drive a stalled shaft. These details do not appear in a comparison of cutting widths, but they determine how the machine behaves in year three.
Power flexibility is another shared characteristic. All three support single-phase 110V or 220V, and three-phase 380V. That means a facility on 220V single-phase can install any of them without electrical work, which keeps the project simple and the timeline short.
Aircosan builds these units in its own factory and manufactures models up to 1200mm cutting width. For buyers comparing the P50, P50-3, and P50-X, the decision is not about capability in the abstract. It is about how many places need material at once, whether the packaging content varies, and whether the labour of moving material between stations is a cost worth designing out.