How to choose an airlaid production line

Since the 1970s, CAMPEN Machinery A/S has supplied robust nonwoven machinery worldwide. We help you turn product targets into safe, efficient production. If you move from external sourcing to in-house production, investment risk matters. We guide you on how to choose an airlaid production line using test data, process knowledge, and project experience.

We align the line with your products, raw materials, and growth plan. This helps you compare concepts and choose reliable airlaid equipment. Our process know-how supports stable quality, high uptime, and controlled production costs.

Choose from product needs and material targets

The first step in how to choose an airlaid production line is defining the product. Set target thickness, density, absorption, softness, and web width. Define if the product is a core material, top sheet, wipe, or laminate. These choices shape the airlaid line configuration and machine modules.

Key decisions that shape your line configuration

• Fiberisation systems protect fibre integrity, which helps stable grammage and reduces dust.
• Single or multi-head forming can improve layering and product performance.
• Precise SAP dosing helps increase absorption while controlling cost per square metre.
• Thermal, latex, or air-through bonding helps match strength, softness, and durability.
• Efficient drying and curing stabilise the web and support higher line speed.
• Calender nip control helps improve thickness uniformity and roll quality.
• Controlled winding reduces waste and supports stable downstream converting.
• Coating or lamination can expand your product range when barrier layers are needed.

We use airlaid production technology and test facilities to trial your furnish. Trials generate material data, process settings, and realistic production limits. This supports airlaid production line design based on proven performance.

Plan capacity and future flexibility

A core part of how to choose an airlaid production line is capacity planning. Balance today’s volume with your expected market growth. We design modular airlaid machinery that can scale with your roadmap. You can add forming heads, dosing units, or width options later.

This keeps capital use efficient and protects your upgrade path. It also helps you avoid oversizing the first investment. Reliable modules support future product changes without major disruption.

Features linked to production outcomes

• Recipe management can shorten changeovers, which helps OEE and reduces scrap.
• Closed-loop weight control stabilises grammage and reduces raw material waste.
• Efficient air handling can lower energy use and improve operator safety.
• ATEX-compliant dust management helps reduce ignition risk and support compliance.
• Inline quality monitoring can detect defects early and reduce claims.
• Clear HMI layouts are designed to simplify training and daily operation.
• Ergonomic access helps maintenance teams work safely and reduce downtime.

We integrate upstream and downstream equipment into one reliable flow. This can include bale opening, fibre dosing, forming, bonding, drying, calendering, slitting, and winding. Where relevant, we add coating, lamination, or packaging modules. Each airlaid machine choice supports speed, stability, uptime, or total cost per tonne.

Use test data when comparing production concepts

Testing improves how to choose an airlaid production line before you commit capital. In controlled trials, we run your fibres, pulp, SAP, and binders. We confirm grammage windows, line speed, bonding temperature, and energy demand. This helps define a realistic turnkey airlaid line specification.

Test results also help you assess different production concepts. You can compare forming technology, bonding method, drying capacity, and product flexibility. This gives you a stronger basis for investment decisions.

What testing means for your project

• Process validation helps set realistic guarantees for weight CV and web strength.
• Speed trials help confirm capacity before final airlaid equipment selection.
• Energy measurements support more accurate operating cost calculations.
• Material trials help reduce scale-up risk and improve first-time quality.
• Recipe trials can identify cost savings without reducing product performance.

Define clear acceptance criteria early

Clear acceptance criteria are vital when you decide how to choose an airlaid production line. We define FAT and SAT requirements before final delivery. These checks prove capacity, quality metrics, safety systems, and control functions. They also support a smoother handover to your production team.

We include operator training and start-up support during commissioning. This can shorten ramp-up and stabilise yield. Remote diagnostics and spares planning help maintain uptime after start-up. Your team gets an easy-to-operate line with defined service support.

Acceptance points to define early

• Target line speed helps verify output under realistic production conditions.
• Grammage tolerance helps confirm product consistency across the full web width.
• Bonding performance helps prove strength, softness, and product function.
• Safety checks confirm guards, interlocks, dust control, and emergency systems.
• Operator training helps your team run and maintain the line correctly.
• Documentation supports compliance, maintenance planning, and spare parts control.

Work with CAMPEN on airlaid line selection

When you assess how to choose an airlaid production line, technical trade-offs matter. We show how forming, bonding, drying, energy use, and flexibility affect performance. You get a transparent basis for comparing airlaid production line concepts. This helps you choose the right solution for your market plan.

We design robust airlaid production lines around your product needs and materials. Our goal is stable output, safe operation, and controlled lifecycle cost. The final solution is reliable, easy to operate, and prepared for future upgrades.

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.