About

This startup develops robotic hand exoskeletons designed to enhance grip strength and dexterity for individuals with hand limitations caused by conditions like arthritis, tremors, or spinal injuries. Their R.A.M. hand exoskeleton helps users regain or strengthen their grip and improve fine motor control.

```xml <problem> Individuals with hand limitations due to conditions like arthritis, tremors, or spinal injuries often struggle with grip strength and dexterity, hindering their ability to perform everyday tasks. Current solutions may be cumbersome or lack the fine motor control necessary for precise movements. </problem> <solution> The R.A.M. hand exoskeleton is a robotic device designed to enhance grip strength and improve fine motor control for individuals with hand limitations. This wearable technology assists users in regaining or strengthening their grip, enabling them to perform a wider range of tasks with greater ease and precision. By providing external support and controlled movement, the exoskeleton empowers users to overcome the challenges posed by hand impairments, fostering independence and improving their quality of life. </solution> <features> - Lightweight and ergonomic design for comfortable, extended use - Adjustable grip strength settings to accommodate varying levels of hand weakness - Sensors that detect intended movements and provide corresponding assistance - Customizable control algorithms to optimize performance for individual user needs - Durable construction using advanced materials for long-lasting reliability </features> <target_audience> The primary target audience includes individuals with arthritis, tremors, spinal injuries, or other conditions that limit hand function, as well as occupational therapists and rehabilitation centers. </target_audience> ```

What does do?

This startup develops robotic hand exoskeletons designed to enhance grip strength and dexterity for individuals with hand limitations caused by conditions like arthritis, tremors, or spinal injuries. Their R.A.M. hand exoskeleton helps users regain or strengthen their grip and improve fine motor control.

When was founded?

was founded in 2023.

Founded
2023
0
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AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

This startup develops robotic hand exoskeletons designed to enhance grip strength and dexterity for individuals with hand limitations caused by conditions like arthritis, tremors, or spinal injuries. Their R.A.M. hand exoskeleton helps users regain or strengthen their grip and improve fine motor control.

Funding

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Company Description

Problem

Individuals with hand limitations due to conditions like arthritis, tremors, or spinal injuries often struggle with grip strength and dexterity, hindering their ability to perform everyday tasks. Current solutions may be cumbersome or lack the fine motor control necessary for precise movements.

Solution

The R.A.M. hand exoskeleton is a robotic device designed to enhance grip strength and improve fine motor control for individuals with hand limitations. This wearable technology assists users in regaining or strengthening their grip, enabling them to perform a wider range of tasks with greater ease and precision. By providing external support and controlled movement, the exoskeleton empowers users to overcome the challenges posed by hand impairments, fostering independence and improving their quality of life.

Features

Lightweight and ergonomic design for comfortable, extended use

Adjustable grip strength settings to accommodate varying levels of hand weakness

Sensors that detect intended movements and provide corresponding assistance

Customizable control algorithms to optimize performance for individual user needs

Durable construction using advanced materials for long-lasting reliability

Target Audience

The primary target audience includes individuals with arthritis, tremors, spinal injuries, or other conditions that limit hand function, as well as occupational therapists and rehabilitation centers.

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