NMOTION INDUSTRIAL
Contact details:
Company: NSILICA SIMULATION TECHNOLOGIES, S.L.
Contact: José Ángel López
Telephone: +34 669 993 253
Email: j.lopez@nsilica.com
Web: www.nsilica.com
LinkedIn: www.linkedin.com/company/nsilica/
Project description:
nMotion Industrial is a technological solution developed by NSILICA to improve safety, ergonomics, and efficiency in industrial and automotive environments through the digitalization of human movement. It is designed for manual operations involving physical strain, repetitive tasks, or interaction with complex production environments, where operators work alongside machinery, robots, AGVs, or other risk-related elements. The project transforms the way manual tasks are evaluated, moving from occasional observations or inconsistent criteria to data-driven decision-making based on real execution data
Solution & technologies:
The solution combines wearable hardware with inertial sensors, proprietary electronics, and an analysis software platform capable of recording and interpreting postures, joint ranges, repetitions, speeds, execution patterns, and variability among operators. The system generates objective metrics applicable to ergonomics, occupational risk prevention, industrial safety, training, process improvement, workstation redesign, and operation standardization. In addition, it enables the creation of real movement datasets associated with tasks, shifts, or operator profiles, opening the door to operation simulation and future AI-based predictive models.
Innovation contributed:
The innovation behind nMotion Industrial lies not only in the use of inertial sensors, but in integrating them into a complete solution that captures, interprets, and transforms operator movement into actionable indicators for the factory. Its approach combines biomechanical expertise, proprietary hardware, wearable sensing technology, electronics, software, data processing, and applied artificial intelligence. Unlike rigid or laboratory-based alternatives, it offers a flexible, portable, and deployable tool for real plant conditions, capable of protecting operators, reducing business risks, and providing objective information for continuous improvement.
