Buying a paper cushion machine is usually a decision made by operations, and the installation details are usually handled by whoever is available on the day the machine arrives. That division of labor is where small problems become large ones, because the machine's power, footprint, and setup requirements determine whether it can be placed where it needs to be. Understanding those requirements before the purchase is what prevents the machine from ending up in the wrong corner of the warehouse.
Start with power, because it is the requirement that cannot be worked around. The Aircosan RA10 runs on 110V or 220V, draws 350W, and operates on 50-60HZ. The dual voltage support means the machine can be deployed in facilities with either standard, which matters for businesses that operate in multiple markets or that have mixed electrical infrastructure. The 350W draw is modest, which means the machine can share a circuit with other bench equipment rather than requiring a dedicated line. This is the practical version of the specification: a machine that needs a dedicated circuit has to be placed where the circuit is, while a machine that runs on a standard outlet can be placed where the work is.
The 50-60HZ frequency range covers both the 50HZ standard used in most of the world and the 60HZ standard used in North America and parts of Asia, which means the same machine model works across markets without modification. For an operation that ships from multiple facilities, this consistency simplifies procurement and spare parts planning.
Now the footprint. The RA10 measures 930mm*763mm*1378mm, and the vertical design is deliberate. A horizontal machine of comparable capability would take up more floor space, which matters at a packing bench where every square meter is contested. The vertical design allows the machine to sit beside the bench rather than requiring a dedicated area, and the height of 1378mm puts the discharge port at a working height rather than at floor level. The operator does not have to bend to collect the pad, which matters over a full shift.
The casters at the base are the feature that makes the footprint flexible. The machine weighs 130kg net, which is heavy enough to stay stable during operation and light enough for casters to move it between workstations. For a warehouse that has multiple packing stations and does not have the volume to justify a machine at each one, the mobility allows a single machine to serve several stations rather than being fixed in place. The machine can be rolled to where the work is, which is a different deployment model from a machine that is bolted to the floor.
The package dimensions matter for delivery and installation. The machine ships in a package measuring 1500mm*1000mm*1000mm, with a gross weight of 150kg. That is a size that can be handled by a standard delivery vehicle and moved with a pallet jack or a small forklift. It does not require special rigging or a crane, which means the installation can be handled by warehouse staff rather than by a specialized contractor.
The setup itself is minimal. The machine arrives assembled, and the installation consists of positioning it, connecting it to power, loading the paper, and running a test cycle. The paper loading is straightforward: the kraft paper roll is loaded in the unwind position below the machine, and paper enters from above. The machine supports standard 32CM roll paper, with 40CM roll paper available as a customization, and works with 70gsm and 80gsm three-fold paper. The forming width is 10cm±2cm, and the working speed is 32 m/min.
The operating modes are set through the touchscreen, which is where most of the setup time goes. Auto Mode supports preset L1–L4 four lengths and quantities with one-button start, which requires the operator to set the lengths that match the products. Manual Mode gives independent control over feed, retract, and cutting, with independent setting of L1 length and quantity. Pedal Mode keeps feeding while pressed and cuts automatically on release. The setup is a matter of deciding which mode the station will use and setting the corresponding parameters.
The safety features are part of the installation checklist. The dual-opening cover allows maintenance and debugging, and it should be opened and closed during the test to confirm the interlock works. The material-out alarm should be tested by running the machine until the paper runs out, confirming that the motor and cutter stop automatically. The cover-open alarm should be tested by opening the guard while the machine is running, confirming that the machine stops and prompts. The low-material warning should be tested by running the roll down to the warning level, confirming that the prompt appears before the paper is exhausted. These tests take minutes and confirm that the safety systems are functioning before the machine goes into daily use.
Aircosan provides 1-on-1 after-sales service, product operation videos, and R&D online video guidance, which support the installation process. The videos are particularly useful for the setup and for training the first operators, because they show the machine in operation rather than describing it in text.
The honest limitation is that installation is simple but not trivial. A machine that is placed without checking the power supply, without testing the interlocks, and without training the operators will not perform as designed. The simplicity of the installation is what makes it easy to skip steps, and skipping steps is how a simple installation becomes a recurring problem.
The practical takeaway is to plan the installation before the machine arrives. Identify the location, confirm the outlet, check the floor space, and schedule the setup with the people who will operate the machine. Aircosan evaluates paper width, daily usage, packing scenario, and space conditions before recommending a configuration, and that evaluation is the right place to confirm that the installation requirements match the facility. Most buyers focus on the machine's capability and leave the installation to chance, which is why some machines are placed in locations where they cannot be used effectively. The installation is part of the decision, not an afterthought.