How Research Shapes Prosthetic Innovation

  

The Importance of Research in Prosthetic Design

  

At Marins Med, we believe creating prosthetic devices isn’t just about functionality—it’s about transforming lives. Research plays a vital role in understanding the challenges faced by upper-limb amputees and guiding the design of solutions that truly meet their needs.

For example, a study published in the Journal of Prosthetics and Orthotics examined how well different tools could measure hand function, daily activities, and user satisfaction among upper-limb amputees. These findings offer valuable insights into how prosthetics can be improved to enhance dexterity, satisfaction, and usability.

At Marins Med, we draw from research like this to create solutions such as the ProHensor, designed to empower users to work hard, play hard, and embrace their fullest potential.

 

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Challenges in Prosthetic Design: Improving Dexterity and Satisfaction

The study highlighted three major areas where prosthetic devices could be improved:

 

1. Dexterity and Hand Function
       People with amputations near the shoulder often struggle with fine motor tasks like picking up small objects or handling tools. This can make everyday activities feel frustrating, underscoring the need for devices that offer greater precision and control.
2. User Satisfaction and Prosthetic Abandonment
       A prosthetic device must do more than fit well; it must help users perform their daily tasks comfortably and effectively. When these needs aren’t met, users are more likely to stop using their prosthetic device altogether.
3. Testing That Reflects Real-Life Needs
   Many traditional tests for measuring prosthetic performance don’t fully capture the real challenges users face in their day-to-day lives. This gap in testing methods makes it harder to design devices that truly work for everyone.

 

At Marins Med, we’ve used these findings to focus on what matters most. For instance, the ProHensor’s innovative locking system allows users to maintain a firm grip without extra effort, making tasks like carrying tools or groceries much easier.

  

Turning Data Into Real-World Solutions

Great design isn’t created in a vacuum. That’s why Marins Med partners with engineering experts at Root3Labs to transform research findings into practical solutions for prosthetic users.

Here’s how this collaboration is driving innovation:

 

• Improving Grip Function: The ProHensor’s locking mechanism provides users with secure and reliable control, enabling them to tackle more complex tasks.
• Real-World Testing: By incorporating feedback from prosthetic users, we ensure our designs solve real problems and fit seamlessly into daily life.
• Durability and Reliability: We’ve made the ProHensor rugged and easy to repair, so it remains a dependable tool for work, play, and everything in between.

 

  

A Better Future for Prosthetic Users

Research is the foundation of everything we do at Marins Med. Studies like the one mentioned earlier inspire us to tackle the biggest challenges in prosthetic design—from improving dexterity to enhancing satisfaction and reducing abandonment rates.

The ProHensor isn’t just another terminal device; it’s a leap forward in the field of prosthetics. Through ongoing research, user feedback, and partnerships with innovators like Root3Labs, we’re creating solutions that help people regain independence and live life to the fullest.

  

Conclusion

At Marins Med, we’re committed to turning research into meaningful design. Whether it’s enhancing dexterity, boosting satisfaction, or ensuring durability, our goal is to empower prosthetic users with tools that work as hard as they do. Learn more about the ProHensor and our mission to redefine prosthetic innovation.