Phone-based 3D scanning
Scan real-world objects with a phone and turn them into 3D models. The homepage describes this as the core MagiScan scanner workflow.
MagiScan
RevendiquerMagiScan is an AI-powered 3D scanning and AR platform that turns real objects into 3D models using a phone. It also includes text-to-3D and vertical workflows for e-commerce, medical, industrial, and creative use cases.
Overview
MagiScan is an AI-powered 3D scanner and AR ecosystem that turns real objects into 3D models with a phone. The homepage positions it as more than a single scanning app, combining 3D capture, AI generation, and AR workflows in one product family.
The site says the platform is backed by a proprietary 3D and AI engine and is used across several verticals, including e-commerce, medical, industrial, and creative scenarios. It also claims 4M+ installs worldwide and 16M+ 3D models created, but no pricing or plan details were available in the supplied evidence.
Features
Text-to-3D generation
Generate 3D assets from text or images through the site’s text-to-3D offering.
Medical scanning workflow
Use the AVA workflow for medical-grade 3D scanning aimed at aesthetic medicine and surgery.
Cargo measurement
Measure cargo volume with the FreightSizer workflow for logistics and spatial analysis.
Orthotics and prosthetics scanning
Create precision scans for custom orthotics and prosthetic design through the Orthio workflow.
AR commerce workflows
Support AR commerce experiences through ARize for immersive shopping and interior visualization.
Use Cases
General 3D object scanning
Capture physical objects as 3D models using a phone when you need a fast path from real-world item to editable spatial asset.
Text-to-3D asset creation
Generate 3D assets from text or images for creative production, concepting, or asset creation workflows.
Medical planning and scanning
Support aesthetic medicine and surgery workflows with the AVA medical scanning path, which the homepage describes as medical-grade.
Cargo volumetrics
Measure cargo for logistics optimization with the FreightSizer workflow.
AR commerce and visualization
Use ARize for commerce or interior visualization, including the site’s examples of footwear VTO and interior design.
Pros and Cons
Pros
- Combines scanning, generation, and AR-related workflows in one product family.
- Covers multiple practical use cases instead of a single narrow scanning scenario.
- Offers vertical workflows for e-commerce, medical, industrial, and creative contexts.
- Uses a proprietary 3D and AI engine, according to the homepage.
- Has public scale signals on the homepage, including 4M+ installs worldwide and 16M+ 3D models created.
Cons
- The pricing page was unavailable in the supplied evidence, so pricing, trials, and plan limits cannot be verified.
- Platform availability is not fully clear from the page text, which includes both App Store and Google Play download calls and a separate “coming soon” note.
FAQ
What does MagiScan do?
MagiScan is presented as a phone-based 3D scanner and AR ecosystem. The homepage also lists text-to-3D generation and several vertical solutions such as medical scanning, cargo measurement, orthotics, and AR commerce.
Which platforms does MagiScan support?
The homepage includes download links for the App Store and Google Play, and also says the app is coming soon for those platforms in the “Choose your platform” section.
What kinds of workflows is it meant for?
The site highlights scanning anything into 3D models, text-to-3D generation, and vertical workflows for e-commerce, medical, industrial, and creative use cases.
How much does MagiScan cost?
The pricing page returned a 404 in the supplied evidence, so there is no verified pricing or plan information to summarize.
Quick Facts
- Category
- AI-powered 3D scanning and AR
- Platforms
- App Store and Google Play are referenced on the homepage
- Primary users
- Creators and teams in e-commerce, medical, industrial, and creative workflows
- Source domain
- magiscan.app
- Notable workflows
- 3D scanning, text-to-3D generation, AR commerce, logistics measurement, orthotics