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    Industrial winder and slitter machinery for nonwovens and technical textiles

    How to set up airlaid production: clear steps to stable results

    Since the 1970s, CAMPEN has helped nonwovens producers build reliable airlaid lines. If you want to know how to set up airlaid production, we give you a clear route. We plan around your product, materials, capacity, site and future grades. You get robust airlaid machinery that is safe and easy to operate.

    We combine line engineering, process knowledge, automation, utilities and training. This helps you reach specification faster and reduce project risk. We can also test recipes before you invest in a full airlaid production line.

    How to set up airlaid production from product targets

    Your first step is a clear product definition. We translate your market brief into technical targets. These include basis weight, bulk, tensile strength, absorption rate and softness. This creates a reliable basis for your airlaid production requirements.

    A strong plan for how to set up airlaid production starts with testing. We run trials with fibres, pulp grades, SAP levels and binder systems. This helps you confirm quality, cost and process limits before investment.

    • Recipe development can reduce material cost per m² and waste.
    • Profile control helps secure uniform web quality across the width.
    • Inline sensors help maintain quality with fewer manual checks.
    • Documented tolerances help operators control quality across shifts.

    We define your product specification, raw materials and process flow. We also document basis weight ranges, tolerances and changeover needs. You understand which airlaid equipment your products require. This can include fibreisation intensity, SAP dosing and bonding temperature.

    How to set up airlaid production with the right line configuration

    When we plan how to set up airlaid production, we match the line to your product. We do not select equipment before we understand your process window. This improves quality, uptime and long-term flexibility.

    Fibreising and forming

    We engineer the front end around your fibres and target throughput. Hammer mills, fibre openers and SAP dosing secure stable fluff quality. The forming head and web former match your width and basis weight range.

    • Precise dosing helps improve consistency and reduce SAP overuse.
    • Efficient fibre transport can lower energy use and maintenance needs.
    • Stable forming helps reduce defects and improve roll quality.

    Bonding and drying

    We integrate thermal bonding, latex bonding, calendering or embossing as needed. Through-air drying is selected to support strength, bulk and output. Each process step helps you avoid waste and over-curing.

    • Closed-loop temperature control helps keep quality within tight limits.
    • Heat recovery is designed to lower kWh per kg of output.
    • Correct bonding helps improve strength without reducing softness.

    Winding, slitting and packaging

    Downstream equipment protects the value of your finished web. We configure slitter-rewinders, roll handling and packaging around your orders. Automation can match your shift pattern and production volume.

    • Automatic recipe set-up can reduce changeover time and waste.
    • Clean winding helps reduce web defects and customer complaints.
    • Reliable roll handling improves safety and reduces manual work.

    Factory layout and utilities for airlaid production

    A clear answer to how to set up airlaid production must include the building. We plan line layout, operator access, airflow and duct routing. We also size power, compressed air, ventilation and dust filtration.

    Your airlaid factory setup must support safety, uptime and clean operation. We design layouts that reduce forklift traffic and improve material flow. This helps your operators work safely and efficiently.

    • High-efficiency filtration helps lower dust exposure and fire risk.
    • Correct ventilation supports product quality and operator safety.
    • Logical line layout helps reduce handling errors and downtime.
    • Planned utility routes make service and maintenance easier.

    How to start an airlaid production plant with controlled risk

    Many producers ask how to start an airlaid production plant after using external suppliers. The shift gives you more control over quality, cost and delivery. It also requires a practical plan for people, equipment and utilities.

    We support you from concept to production start-up. Factory acceptance tests verify key functions before shipment. Site acceptance tests confirm performance in your own plant. Structured commissioning helps you reach stable output faster.

    • Operator training can reduce waste and unplanned stops.
    • Maintenance training helps your team protect uptime.
    • Clear start-up procedures improve safety during ramp-up.
    • Process data supports faster troubleshooting and quality control.

    Airlaid machinery support after start-up

    Reliable production does not stop after commissioning. We provide remote diagnostics, spare parts and service programmes. Process audits can track energy use, scrap and throughput.

    We also help you add new grades with limited downtime. If needed, we upgrade controls, drives or line sections. This can increase capacity, flexibility and asset life.

    • Modular upgrades are designed to extend return on investment.
    • Recipe management helps standardise quality across shifts.
    • Data systems support faster troubleshooting and process control.

    We understand the demands of hygiene, wipes, filtration and absorbents. Our approach helps you reduce risk and build stable production. You gain full control of quality, cost and delivery.

    Considering in-house airlaid production? Talk to CAMPEN about airlaid technology, pilot testing and line configuration before you invest. Learn more about CAMPEN’s airlaid solutions or explore our airlaid test center.

    Let us make a difference in your production. Contact us today.

      Peder from Campen