03 September 2024 | Interface Force Measurements Ltd

Optimise textile manufacturing With precision load cells & force measurement

Discover how precision load cells and force measurement systems are revolutionising the textile industry.

From ensuring consistent yarn tension to optimising weaving efficiency, these advanced tools are key to enhancing product quality and reducing waste.

Learn how industry leaders like James Heal use these technologies to maintain top-tier production standards.

Other Press Releases from Interface Force Measurements Ltd

10/7/2025 - New Vehicle Testing Tech As the Insurance Institute for Highway Safety (IIHS) tightens its crash‑test protocols, vehicle manufacturers need to act. IIHS’s new Moderate Overlap Frontal Crashworthiness Evaluation 2.0 requires belt‑position data via high‑speed pressure mapping—data captured using XSensor’s High‑Speed Impact System on anthropomorphic test devices (ATDs). With China and Europe NCAP expected to follow suit, the era of pressure‑mapping-informed safety testing is here.

26/6/2025 - Crash-Test Reinvented: Inside IIHS’s New Protocol Why XSensor’s high-speed impact system is now critical for vehicle design. As the Insurance Institute for Highway Safety (IIHS) tightens its crash‑test protocols, vehicle manufacturers need to act. IIHS’s new Moderate Overlap Frontal Crashworthiness Evaluation 2.0 requires belt‑position data via high‑speed pressure mapping—data captured using XSensor’s High‑Speed Impact System on anthropomorphic test devices (ATDs).

25/6/2025 - Crash-Test Reinvented: Inside IIHS’s New Protocol Why XSensor’s high-speed impact system is now critical for vehicle design.

20/6/2025 - Launching into orbit with Interface – NASA case study Space organisations play a critical role in allowing humanity to re-imagine the realm of existence—and no one understands this better than NASA. Read this NASA case study to find out more.

08/5/2025 - Autonomous robot dogs The crucial role played by force sensors in industrial automation applications for robotic dogs