Germany-based Erhardt+Leimer GmbH showcased its high-precision ELGUIDER web guiding system at INDEX 2026, drawing significant attention from global manufacturers seeking improved efficiency and quality in nonwovens and hygiene production.
Held in Geneva, INDEX is widely regarded as the world’s leading exhibition for nonwoven materials and technologies, attracting key players from sectors such as hygiene products, medical textiles, and industrial applications. Against this backdrop, Erhardt+Leimer positioned ELGUIDER as a core enabler of next-generation, high-speed production systems.
At its booth, the company conducted live demonstrations of the ELGUIDER system, allowing visitors to observe real-time web alignment under simulated production conditions. The system, designed to ensure continuous materials such as fabrics, films, and nonwovens remain precisely aligned during processing, demonstrated its capability to maintain extremely tight tolerances even at high operating speeds.
Industry participants, including converters and hygiene product manufacturers, engaged directly with engineers to explore how the system could be integrated into existing and new production lines. The live demonstrations played a crucial role in translating technical specifications into practical performance, reinforcing confidence among potential clients.
Erhardt+Leimer emphasized that ELGUIDER delivers repeatability at exceptionally high precision levels, positioning it as a solution for manufacturers facing increasing pressure to reduce waste while maintaining consistent product quality. In sectors such as diaper and femcare production, where even minor misalignment can lead to defects or material loss, such precision is becoming critical.
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The company also highlighted the system’s compatibility with modern automation environments, including integration with sensors, controllers, and digital production networks. This aligns with the broader shift toward Industry 4.0, where smart, interconnected systems enable real-time monitoring and process optimization.
“Precision and reliability are key drivers in today’s nonwovens industry,” Erhardt+Leimer indicated through its exhibition messaging, underscoring the importance of stable web handling in achieving zero-defect manufacturing. The ELGUIDER system was presented not merely as a mechanical component but as part of a larger strategy to enhance production efficiency and reduce operational costs.
The response at INDEX 2026 suggests that demand for such solutions is growing, particularly as manufacturers contend with rising raw material prices and stricter quality requirements. By minimizing deviations during production, systems like ELGUIDER can significantly reduce scrap rates, improve yield, and support faster line speeds.
Beyond technical performance, the exhibition served as a platform for business development. Erhardt+Leimer reported strong engagement with visitors, leading to new project discussions and potential partnerships. Trade fairs such as INDEX are considered critical venues for generating leads and fostering collaboration, especially in capital-intensive industries where equipment decisions involve long-term investment planning.
The company’s presence at the event also reinforced its position as a premium supplier in the web guiding technology segment. By focusing on high-precision applications and tailored solutions, Erhardt+Leimer differentiated itself in a competitive market that includes several global automation providers.
As the nonwovens industry continues to evolve toward greater automation and efficiency, technologies like ELGUIDER are expected to play an increasingly central role. The outcome of INDEX 2026 indicates that manufacturers are actively seeking solutions that not only enhance productivity but also align with long-term goals of sustainability and quality assurance.
With strong visibility at one of the industry’s most influential events, Erhardt+Leimer’s ELGUIDER system has emerged as a key contender in shaping the future of precision web handling in nonwovens manufacturing.
