The Sentire System Revolutionizes Tactile Measurement in Technical Textiles

The technical textiles industry is poised for a significant transformation with the introduction of Roaches International’s innovative Sentire system, a groundbreaking technology designed to bring objective, quantifiable measurement to the notoriously subjective realm of fabric "handle" or feel. This development promises to enhance consistency, scalability, and sustainability across global supply chains, addressing a critical need as the industry grapples with the loss of experienced specialists and escalating demands for environmentally conscious practices. The Sentire system, a product of collaboration with experts at the University of Leeds, will be showcased at the upcoming Techtextil exhibition in Frankfurt, Germany, from April 21st to 24th, 2026.

The Challenge of Subjectivity in Fabric Evaluation

For decades, the assessment of fabric feel—encompassing qualities like softness, smoothness, stiffness, and creasability—has relied predominantly on human judgment. While skilled individuals possess an innate understanding of tactile properties, this subjective approach presents inherent challenges for industrial-scale production and global commerce. Variations in individual perception, the difficulty in training and retaining a workforce with highly developed tactile skills, and the inherent inconsistency of human evaluation make it challenging to maintain uniform quality across different manufacturing sites and batches. This subjectivity becomes particularly problematic for technical textiles, where fabric handle often directly correlates with crucial performance specifications. From the comfort and fit of performance apparel to the functional characteristics of industrial fabrics, the tactile attributes are not merely aesthetic but integral to the product’s intended use and efficacy.

The traditional reliance on subjective assessment has created a bottleneck in the supply chain, hindering the ability to establish universal standards and facilitating the replication of desirable tactile properties. As the industry evolves, driven by consumer demand for greater transparency and manufacturers’ pursuit of efficiency and waste reduction, the need for a standardized, data-driven approach to fabric evaluation has become increasingly urgent. This is precisely the gap that Roaches International, a member of the British Textile Machinery Association (BTMA), aims to fill with its Sentire system.

Sentire: A New Era of Objective Tactile Measurement

Seth Seagraves, Marketing Executive at Roaches International, articulated the core motivation behind the Sentire’s development: "No two people will describe how a fabric feels in the same way, so Roaches recognised the need to develop for a universal common language to describe fabric tactility challenges across complex supply chains." The Sentire system addresses this by translating the nuanced qualities of fabric handle into communicable, objective data. This allows for precise comparisons between different production batches, against established benchmarks, and even between entirely different fabric types.

The system employs four sophisticated test methods that meticulously replicate the actions of human touch. These methods are designed to quantify key tactile properties with remarkable accuracy. The data generated is then subjected to rigorous analysis based on established principles of fabric physics. The outcome is a suite of objective, reproducible results that can be integrated into real-time quality monitoring processes on the production floor. This immediate feedback loop enables manufacturers to enhance responsiveness to any deviations, significantly minimizing the risk of costly rework or product rejection.

Furthermore, the Sentire system’s advanced capabilities extend to detecting subtle variations introduced by finishing treatments, specialized coatings, or laundering processes. This provides manufacturers with invaluable, actionable insights into how these factors influence product performance, durability, and longevity. This level of detail was previously unattainable through subjective assessment alone, offering a critical advantage in product development and quality assurance.

A Scientific Framework for Fabric Feel

The development of the Sentire system involved a strategic partnership with specialists at the University of Leeds, a renowned center for textile science and engineering. This collaboration was instrumental in establishing a scientific framework for defining and measuring tactile properties. The objective was to create a system analogous to the digital definition of color in spectrophotometry or the standardized rating of warmth in Tog values. Just as these established metrics provide a universal language for their respective properties, Sentire aims to do the same for fabric tactility.

In practice, fabric samples are introduced into the Sentire system, where a series of controlled, automated tests are performed. The analysis of the acquired data generates a unique "fingerprint" for each fabric, representing its tactile characteristics. This digital fingerprint can then be readily compared against other samples or communicated electronically to supply chain partners, regardless of their geographical location. This digital communication of tactile data is poised to revolutionize global collaboration and ensure a consistent understanding of fabric quality across diverse markets.

Seagraves drew a powerful parallel to the impact of color measurement technology: "This technology has the potential to impact the technical textiles supply chain in a similar way to the spectrophotometer for the communication of colour. We believe its possibilities are huge, especially as communication becomes increasingly digitised." The implications of such a standardized system are far-reaching, promising to streamline product development cycles, reduce material waste, and enhance customer satisfaction by ensuring that the tactile experience of a fabric consistently meets expectations.

Broader Industry Impact and the Role of BTMA

The introduction of the Sentire system arrives at a crucial juncture for the technical textiles sector. The industry is increasingly focused on sustainability, circularity, and the development of high-performance materials for diverse applications, ranging from aerospace and automotive to healthcare and construction. In this context, objective measurement of fabric properties is not just desirable but essential for innovation and competitiveness.

The British Textile Machinery Association (BTMA) plays a vital role in fostering innovation within the UK textile machinery sector. Its members, including Roaches International, are at the forefront of developing technologies that enhance efficiency, quality, and sustainability. Jason Kent, CEO of BTMA, highlighted the collective contribution of its members at events like Techtextil and Texprocess: "From the careful handling of ultra-high value yarns to the forensic inspection of finished fabrics, the BTMA members at Techtextil and Texprocess this year collectively represent a complete chain of innovation spanning processing, monitoring and quality assurance."

Kent further elaborated on the broader impact: "Whether through reducing yarn waste, extending component lifetimes, enabling novel polymer development, automating inspection or refining testing efficiency, each company is contributing to a more resilient and resource-efficient technical textiles sector." The Sentire system aligns perfectly with this vision, offering a tangible solution to improve resource efficiency by minimizing material waste associated with inconsistent quality and rework. By providing precise data on fabric performance and durability, it also supports the development of longer-lasting products, contributing to a more sustainable consumption model.

Supporting Data and Industry Trends

The global technical textiles market is projected for substantial growth. According to a report by Mordor Intelligence, the market was valued at USD 109.5 billion in 2020 and is expected to reach USD 160.5 billion by 2026, growing at a CAGR of 6.5% during the forecast period (2021-2026). This growth is fueled by increasing demand in key sectors such as automotive (lightweighting and safety features), construction (geotextiles and insulation), and healthcare (medical textiles and protective wear).

Within this expanding market, the demand for specialized textiles with precisely engineered properties is paramount. For instance, in the automotive sector, the feel and durability of interior fabrics directly influence consumer perception of quality and comfort. In performance sportswear, fabric handle can impact aerodynamics, moisture management, and overall wearer comfort. The ability to objectively measure and control these tactile attributes will be critical for manufacturers seeking to gain a competitive edge and meet the stringent requirements of these diverse applications.

The trend towards digitalization and Industry 4.0 within manufacturing further underscores the importance of the Sentire system. By providing digital data on fabric properties, it integrates seamlessly into smart manufacturing environments, enabling automated quality control, predictive maintenance, and advanced data analytics. This facilitates a more agile and responsive production process, crucial for meeting the dynamic demands of modern supply chains.

Chronology of Innovation and Future Outlook

The development of the Sentire system represents a culmination of years of research and collaboration. While specific dates for its initial conceptualization are not publicly detailed, the partnership with the University of Leeds and the subsequent unveiling at major industry exhibitions like Techtextil signify a phased approach to bringing this complex technology to market. The decision to showcase it at Techtextil 2026 indicates a readiness to present a mature and functional solution to industry professionals.

Looking ahead, the Sentire system’s impact is expected to ripple across various segments of the technical textiles industry. Manufacturers of performance apparel, protective clothing, medical textiles, and industrial fabrics will benefit from enhanced quality control and product consistency. Furthermore, the ability to digitally communicate tactile data will facilitate smoother collaboration between designers, manufacturers, and retailers, potentially reducing lead times and improving product development cycles.

The potential for Sentire to drive innovation in textile finishing and processing is also significant. By providing clear feedback on how different treatments affect fabric feel, researchers and developers can more effectively tailor finishes to achieve desired tactile outcomes. This could lead to the development of novel materials with enhanced sensory properties, opening up new market opportunities.

Conclusion

Roaches International’s Sentire system marks a pivotal moment in the technical textiles industry, addressing a long-standing challenge with an innovative, scientifically grounded solution. By bringing objective measurement to the subjective world of fabric handle, Sentire promises to enhance quality, consistency, and sustainability across global supply chains. Its introduction at Techtextil 2026, coupled with the support of organizations like the BTMA and its collaborative development with leading academic institutions, positions this technology as a catalyst for significant advancements in how technical textiles are developed, produced, and evaluated. As the industry continues to embrace digitalization and demand for high-performance materials grows, the Sentire system stands ready to redefine the standards of fabric tactility.

The BTMA members participating in Techtextil and Texprocess, including Airbond, Ascotex, Dent Instrumentation, FET, James Heal, Roaches International, SDC Enterprises, Shelton Vision, and VeriVide, collectively represent a comprehensive spectrum of innovation. Their presence underscores the UK’s commitment to advancing the technical textiles sector through cutting-edge machinery, monitoring systems, and quality assurance solutions, with Sentire emerging as a standout innovation in tactile measurement.