DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation

digibot

DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation
DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation

Wearable robotic glove infused with elastomeric technology

Transform the stroke recovery experience

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DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation

Inspired by PneuNet Actuators

DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation

Robotic glove utilizes air pressure to generate movement

DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation

Low-impact physical therapy tool

PRODUCT

DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Internally, the device is composed of elastomeric materials that inflate when pressurized, generating the movement of the robotic hand and allowing for voluntary movement. DigiBot contains a soft and lightweight exterior for comfort and ease of use.

The road to recovery through DigiBot’s unique technology involves two phases:

Phase I:

The patient will use the DigiBot glove and accompanying virtual reality software to perform simple tasks (i.e., lifting and grasping) in a virtually simulated environment.

Phase II:

Once the patient begins to retrain the simple functions of their hand, they will be required to carry out more complex movements (i.e., gripping and throwing a ball) with the assistance of only the DigiBot glove, in a real and non-simulated setting.

BENEFITS

  • Ресурс 1 State-of-the-art elastomeric technology
  • Ресурс 1 Accompanying virtual reality software
  • Ресурс 1 User-friendly
  • Ресурс 1 Soft and lightweight
  • Ресурс 1 Easy to clean and maintain
  • Ресурс 1 Does not require batteries or charging
  • Ресурс 1 Software is adaptable to any VR headset
  • Ресурс 1 Accelerates rehabilitation
  • Ресурс 1 Increases recovery rates
  • Ресурс 1 Improves range of motion, speed, fractionation, and strength
  • Ресурс 1 Precise data collection to track patient progress
DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation

PRICING

To request wholesale pricing, please send an e-mail to info@digibotglove.com and a qualified member of our team will be pleased to assist you with your inquiry.

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MEET OUR TEAM

Shamim Rahami DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation
Shamim is a skilled and experienced managerial executive, who provides leadership for DigiBot. She oversees business operations, and leads the implementation of strategies to promote corporate growth. Shamim holds a Master’s degree specializing in Business Administration and Management, as well as a Bachelor’s degree in Computer Hardware Engineering.
Shamim Rahami
Chief Executive Officer
Elham Mozaffari DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation
Elham establishes technological standards for DigiBot, and takes actions to ensure these standards are upheld. She also conducts research to ensure DigiBot remains at the forefront of emerging technological trends. Elham holds a Master’s degree specializing in Electrical Engineering, preceded by a Bachelor’s degree with a focus on Biomedical Engineering.
Elham Mozaffari
Chief Technology Officer
Dr. Seyed Hossein Hosseini DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation
Dr. Hosseini provides medical expertise to the DigiBot team, primarily in the areas of product development and marketing. He also evaluates emerging medical research as it pertains to DigiBot, and ensures the product adheres to medical device regulations. Dr. Hosseini holds a PhD from Zahedan Medical University, and has practiced general medicine for over 20 years.
Dr. Seyed Hossein Hosseini
Head of Medical Affairs
Zahra Afzalinejad DigiBot is a wearable robotic glove, designed to rehabilitate the loss of function in the arms- an outcome commonly experienced by stroke survivors. Wearable robotic glove infused with elastomeric technology. Accelerates rehabilitation
Zahra oversees all financial activities by DigiBot. She develops strategies to ensure the company is profitable, and ensures DigiBot is in compliance with any financial regulations. Zahra holds a Bachelor of Accounting Degree, and has extensive work experience in the finance sector.
Zahra Afzalinejad
Chief Financial Officer