Post-production automation | Technical Textiles | Handsaeme Machinery

Handsaeme’s experience in technical textiles: mastering post-production automation

The production of technical textiles is a complex process where quality and efficiency must go hand in hand. While primary production (such as weaving, coating, or laminating) lays the foundation, the finishing phase often determines the final product quality. When master rolls are converted into customer-ready products, even minor deviations in tension, cutting quality, or roll build-up can lead to scrap, rejection, and thus margin loss.

“With decades of experience in post-production automation, we provide solutions that combine speed, precision, and quality.”

At Handsaeme Machinery, we understand these challenges like no other. Our focus lies on controlled tension, stable and precise shear cutting technology, and reliable roll formation. Whether it’s tension control for nonwovens, shear cutting for sensitive materials, or the turnkey integration of complete lines, we ensure your production process runs smoothly and without any loss of quality.

Leveraging our expertise in technical textiles and post-production automation, we help manufacturing companies increase their output, reduce waste, and protect their margins. Discover how we can be your partner in achieving a more efficient and reliable production process.

The challenge in technical textiles

Technical textiles is a collective term for materials designed to fulfill a technical function rather than a decorative or fashion-related one. It covers a wide range of materials, including nonwovens, membranes, films, composites, and multilayered structures. Companies use these materials in sectors such as industry, infrastructure, filtration, and agriculture.

What makes technical textiles unique is the combination of robustness and sensitivity. Many products have coatings or laminates and can vary significantly in thickness, friction, and elasticity. Production rolls are often large and heavy, which places additional demands on safety and ergonomics during the finishing phase.

Typical production challenges in technical textiles are not limited to, but include:

• Variable grammages: Within a single product portfolio, the weight of materials can differ by a factor of 100.
• Sensitive coatings: Damage during handling can directly lead to a loss of quality.
• Complex structures: Multilayered materials require precision in tension and cutting technology

Although primary production lays the groundwork, the finishing phase often determines the final product quality, where master rolls are converted into customer-ready products. Small deviations in tension, cutting quality, or roll formation can result in scrap, rejection, and margin loss. This makes post-production a strategic lever for quality, efficiency, and margin preservation.

It’s clear then that the most critical tasks in the finishing stage are therefore:

• eep the tension correct: incorrect tension can lead to material narrowing or stretching.
• Cut quality: errors in cutting cause scrap and quality degradation.
• Roll build-up: Oval or crooked rolls complicate transport and further processing.

Common challenges in technical textiles

The industry is very competitive, and this leads to very demanding claims in the production process. Most production facilities face:

• A great variation in fabricated material where there are significant differences in grammage and structure of the several materials produced. This leads to a demanding flexibility in the finishing line.
• Fabrication at higher speeds: as production speeds increase, error tolerance decreases and the tolerance margins become smaller. A high-speed nonwoven finishing line is a must.
• A flexible attitude towards the customer: as a greater variation in widths, lengths, and packaging requirements are demanded by customers, the process must become very stable and controlled.

In each step of the process, several critical factors must be considered to develop a finishing solution that meets your demands:

• Unwinding: wrinkle-free and fold-free unwinding, with the possibility of buffering to accommodate stops.
• Slitting/Cutting: precision cutting to avoid imperfections, wear and tear on cutting tools, material waste.
• Rewinding: stable roll formation must be guaranteed to prevent ovality and edge problems. This means the tension must be maintained continuously.
• Control: visual control and process feedback to detect errors in an early stage.
• Packaging: managing variable product flows demands consistent packaging.

Our solutions

Our core competence is to develop integrated and high-speed finishing lines with following characteristics:

• Advanced tension control: For consistent tension across the entire line.
• Custom-engineered lines: Tailor-made solutions for complex materials and technical non-wovens.
• Integration of external modules such as lamination, corona treatment, and vision systems.
• Turnkey projects: We are your single partner for engineering, integration, and start-up.

(also read our blog: Best-of-breed vs Turnkey solutions: what is the best choice?)

This solution map summarizes how we approach the problems our customers may face:

We also develop solutions for converting and folding

• Converting: high-speed and consistent quality in cut-to-order automation.
• Folding: We develop new logistical possibilities to end-customers by offering folded products instead of rolls.

So why choose Handsaeme Machinery?

We have decades of experience in this industry, and have developed a very specific skillset that meets the requirements you have for a perfect finishing touch:

• Strong in customization: We develop solutions for non-standard challenges.
• Open in co-creation: We believe that the best solution is developed in collaboration with the customer.
• We are an integrator: We are flexible in partnering with various suppliers without vendor lock-in. We use what’s already there – if possible. (also read our testimonial about Condako Engineering)
• A determined focus on quality. We work to achieve the results you need: less scrap, more control, higher speed.

We believe that, unlike competitors who are tied to fixed partner ecosystems, our independence and flexibility are a strong competitive advantage, because it enhances design freedom and guarantees the best possible solution for every customer.