Best Allied Foot 3D alternatives: apps like Allied Foot 3D

5.0(1 ratings)

Free

SmartCast® by NW Podiatric Lab screenshot 1

This application utilizes advanced camera technology to perform 3D scans of patients for custom foot orthotics. It integrates with a specialized positioning system to offer a comprehensive digital solution for orthotic prescription, blending traditional precision with modern convenience.

SOLO viSo 4 by Xyken

3D Scan and Order, No Extra HW

Strong Contender

0.0(0 ratings)

Free

Ortho-Rite 3D Foot Scanner by TechMed 3D

Worth Considering

Scan without Structure Sensor

0.0(0 ratings)

Free

More apps like Allied Foot 3D

SOLO viSo ID3

3D foot scanningUses TrueDepth cameraNo additional hardware required

This application leverages your device's front-facing camera to create highly accurate 3D scans of the lower leg. It eliminates the need for external hardware, making foot scanning more accessible and efficient for custom orthotics.

(2)

FootID Pro

Move Well

Track foot health dataCustom orthotic ordersScan and upload foot images

This app helps users monitor and improve foot health with detailed metrics and insights. It allows for custom orthotic orders, foot scanning, and easy sharing of health data with healthcare providers. Designed for both professionals and everyday users seeking better foot wellness.

(9)

3D Scanning with TrueDepth

WikyScan

Accurate 3D body part scanningDigital measurement streamliningSecure scan transmission

Capture precise 3D models of body parts for custom medical devices. Streamline measurements with fast, digital scans and securely transmit them with prescriptions for online preview and download. Compatible with devices featuring TrueDepth or Structure Sensor.

(36)

3DFootScan - Structure SDK

by XRPro, LLC

3D foot and ankle modelingTrueDepth camera integrationDepth and color data streaming

This application demonstrates the capabilities of TrueDepth camera technology for creating 3D foot models. It is designed for medical professionals to easily scan patients' feet and visualize detailed 3D representations for orthotic purposes.

(4)