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Superfeet expands ME3D platform with mobile iPhone scanning for 3D printed personalized insoles
Product
2 min read

Superfeet expands ME3D platform with mobile iPhone scanning for 3D printed personalized insoles

Superfeet Worldwide
Superfeet Worldwide

Hardware

Originally reported by 3Druck

Superfeet has expanded its ME3D platform with a mobile scanning capability that allows users to capture their feet using an iPhone 13 or newer running iOS 26, without requiring a separate app. The biometric data is transmitted to Superfeet's manufacturing facility in Bellingham, Washington, where 3D printed support structures are produced to match individual foot geometries. The company offers two foam options-SuperRev for performance shoes and SuperRev Max with bead-based foam for cushioned running shoes-and includes features such as a stability grid adjusted to body mass and a heel cutout for impact reduction. Trip Randall, CEO of Superfeet, stated that the move enables a level of customization previously available only through in-person consultations.

This development represents a significant step in the consumer-electronics-driven personalization trend, where additive manufacturing is being used to deliver mass-customized products directly to end users. Superfeet's approach combines mobile scanning, algorithmic biomechanical analysis, and 3D printed support caps, effectively lowering the barrier to entry for custom insoles. The company competes with other custom insole providers such as SOLS and Wiivv, but Superfeet's integration of iPhone-based scanning with its existing retail channel and in-house production gives it a distinct value-chain position. The move also reflects the broader service-based adoption of AM, where the value shifts from selling machines to delivering finished, personalized products at scale.

From a practical standpoint, Superfeet's success will depend on the accuracy and repeatability of the iPhone-based scanning algorithm compared to dedicated 3D scanners used in retail settings. The company must also manage consumer expectations around fit and comfort, as the biomechanical data captured at home may differ from in-person assessments. For buyers, this is a legitimate option for runners seeking more personalized equipment, but the $200+ price point means it will remain a premium offering rather than a mass-market replacement for standard insoles.

Topics

SuperfeetME3D3D printingpersonalized insolesiPhone scanningadditive manufacturingconsumer electronicsBellingham

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