ReVibe Connect sample Wearable Prototype

REVIBE CONNECT

REVIBE TECHNOLOGIES

ReVibe’s founder wanted to empower kids with autism and attention disorders.
His Idea... A wearable device that provides gentle vibration reminders to help keep kids on task

Market and User Research, Human Factors Engineering, Industrial Design, CAD Modeling, Prototyping, Manufacturing Transfer Packaging Design, Design for Manufacturing

DESIGN CONSIDERATIONS

  • Vibrations should be gentle, yet noticeable
  • Enclosure should be similar to the size of a watch
  • Band should be interchangeable with the face
  • Update the aesthetic to fit with other IoT (internet of things) wearables
  • Battery life should last for a minimum of 5 days

REVIBE CONNECT

REVIBE TECHNOLOGIES

ReVibe’s founder wanted to empower kids with autism and attention disorders.
His Idea... A wearable device that provides gentle vibration reminders to help keep kids on task

Market and User Research, Human Factors Engineering, Industrial Design, CAD Modeling, Prototyping, Manufacturing Transfer Packaging Design, Design for Manufacturing

DESIGN CONSIDERATIONS

Vibrations should be gentle, yet noticeable

Enclosure should be similar to the size of a watch

Band should be interchangeable with the face

Update the aesthetic to fit with other IoT (internet of things) wearables

Battery life should last for a minimum of 5 days

Revibe Technologies sample Smartwatches Prototype

ReVibe Classic was the original product deployed with the purpose of assisting kids with autism and attention disorders.

ReVibe Connect was designed as a more premium version of ReVibe Classic, adding more functionality and an updated aesthetic to better compete among other IoT wearables.

Consumer Prototype Smart watches
Revibe Technologies sample Smartwatches Prototype
Consumer Prototype Smart watches

ReVibe Classic was the original product deployed with the purpose of assisting kids with autism and attention disorders.

ReVibe Connect was designed as a more premium version of ReVibe Classic, adding more functionality and an updated aesthetic to better compete among other IoT wearables.

Consumer Prototype Watch Designs

Touchstone 3D performed mechanical design iterations to look at different options for how the band and electronics would interact with one another. The designs were evaluated based on the use-case scenario, mechanical reliability, ease of use, and manufacturability.

ReVibe Connect Prototyping Designs
Consumer Prototype Watch Designs

Touchstone 3D performed mechanical design iterations to look at different options for how the band and electronics would interact with one another. The designs were evaluated based on the use-case scenario, mechanical reliability, ease of use, and manufacturability.

ReVibe Connect Prototyping Designs
ReVibe Connect Form Studies for Screen's Watch

A series of form factors were prototyped to be used for user interviews and testing.

ReVibe Connect Form Studies for Screen's Watch

A series of form factors were prototyped to be used for user interviews and testing.

Our industrial designers looked at the target market, competitor products, and ReVibe’s current products to iterate on the aesthetic design. The result... a sleek and compact design that looks like a watch, but has completely unique functionality.

ReVibe Technologies 3D Drawings of Wristbands
ReVibe Technologies 3D Drawings of Wristbands

Our industrial designers looked at the target market, competitor products, and ReVibe’s current products to iterate on the aesthetic design. The result... a sleek and compact design that looks like a watch, but has completely unique functionality.

Medical-Grade Plastic Wearable CAD Drawings

The final enclosure design featured a custom, illuminated interface, splash resistance, an easy-to-access charging port, and an interchangeable band.

Medical-Grade Plastic Wearable CAD Drawings

The final enclosure design featured a custom, illuminated interface, splash resistance, an easy-to-access charging port, and an interchangeable band.

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