Tools already deployed and recognized in the <u>medical and scientific fields</u>
Rapid and effortless deployment
Our sensor is applied directly to the skin with no prior preparation required. It is unaffected by sweat, making it a measurement tool that is quick to set up and easy to integrate into clinical or care protocols.
An alternative to EMG
Our technology has been validated in the laboratory. Its robustness, repeatability, and precision now position it as a reliable alternative to standard methods.
Scientifically validated technology
By capturing the micro-vibrations generated by muscle contractions, MMG provides a direct reading of muscle activity. This approach allows for the collection of rich data on muscle function.
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Our vision
Human movement, a health resource
At MOTEN, we are convinced that human movement analysis is the key to advancing societal issues.
From rehabilitation to prevention, and from diagnosis to therapeutic monitoring, our tools enable professionals to objectively quantify motor function with reliable and actionable data.
Because we are committed to progress, we put technology at the service of care pathways that are increasingly aligned with the needs of patients and practitioners.
our use cases
Precise and continuous quantification <u>of motor function.</u>
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Gait analysis
Development of locomotion-related indicators, in collaboration with the La Châtaigneraie functional rehabilitation center
Poliomyelitis
Characterization of muscle function in pathological populations, in partnership with La Châtaigneraie.
Muscle relaxation
Objective assessment of muscle relaxation via mechanomyography
Muscle spasticity
Quantification of pathological muscle tone via mechanomyography
Use cases
Client testimonials
Discover how our clients go further with MOTEN solutions.
Project
Kuehne+Nagel prevents MSDs in logistics
Expertise
At the Kuehne+Nagel site in Mer, MOTEN analyzed the actual activity of order pickers in the tile sector. Five operators wore six sensors on their shoulders, arms, and back. The measurements were cross-referenced with on-site observations and interviews. More than 250,000 data points were processed to compare 5 tasks, 3 product families, and 2 ways of handling products. The measurements identified picking as the priority task to address. They also showed that short tasks, such as reorganizing or securing a pallet, require significant effort. Certain operator movements significantly reduce the load: sliding the product rather than carrying it reduces effort by up to 15%.
Solution
Two workshops brought together operators, managers, and the QHSE department to find solutions based on real-world issues encountered on the floor. 35 potential solutions were identified. Each was evaluated based on three criteria: ease of implementation, benefit to the operator, and cost. 15 of these were classified as priorities. These include: - Sharing best practices already used by some operators; - Installing wedges to hold tiles in place on pallets; - Testing pallet drawers to avoid reaching deep into the back; - Testing a gripping tool for bags; - Evaluating a back exoskeleton. The entire process was conducted in three weeks, from measurement to the action plan.
I am satisfied with the project and the results obtained. I particularly appreciate being able to transform the operators' feedback into concrete, measurable data thanks to the information collected. This provides results that are highly visual and accessible to everyone.
Inmaculada Ayago
QHSE Manager at the Kuehne+Nagel Mer site
Project
Bosch x MOTEN - Vibration study on a range of Bosch tools
Expertise
Professional tools and equipment for construction and industry
Solution
Development of a reproducible protocol for measuring hand-arm vibrations under real-world working conditions. Using sensors worn by the operator, the study characterizes the actual exposure transmitted to the hands and objectively assesses the influence of the tool, the consumable, the material, and the technique. It incorporates analysis of the daily exposure value A(8), the effect of anti-vibration gloves, and the frequency signature of the machines, providing a reliable basis for better measuring vibration-related risks, comparing products, and reducing the risk of MSDs.
Through this partnership with Moten, we wanted to provide our clients and teams with answers and a reliable experimental protocol regarding vibrations from power tools. To better interpret this issue rather than simply relying on a basic comparison of data found in manuals, we wanted to understand and characterize what was actually happening in the field, and thereby be able to support our clients and engineers through the results of this study. Mission accomplished thanks to this partnership and Moten's expertise.
Vincent Mellot
Key Accounts Health and Safety Referent and Trainer
Project
Derichebourg Multiservices × MOTEN: Building a hardship framework for the cleaning industry
Expertise
Cleaning and facility management
Solution
Faced with high accident rates and significant physical demands, MOTEN implemented a two-stage approach. First, a co-construction phase: through a series of interviews and workshops with managers, musculoskeletal disorder (MSD) prevention coordinators, and employees, 14 hardship factors were identified and formalized into a framework shared across the entire company. In parallel, MOTEN sensors were worn by 16 volunteers across 7 different job roles and 3 pilot sites. The data collected (muscular effort, awkward postures, vibration exposure) was cross-referenced with operator feedback to create an objective and comprehensive picture of on-site challenges. Based on this, MOTEN supported Derichebourg Multiservices in developing a concrete action plan: 32 solutions were identified, prioritized, and validated for short- and medium-term implementation. Beyond immediate actions, this project primarily resulted in the creation of a hardship detection tool that can be deployed across the entire entity and integrated into the training program for MSD prevention coordinators.
Vincent Holtzmann
Director of Quality and Operational Performance
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