Applications
Submilli enables precision smartphone-based 3D scanning across industries where accurate digital geometry improves design, manufacturing, personalization, and innovation.
Submilli enables precision smartphone-based 3D scanning across industries where accurate digital geometry improves design, manufacturing, personalization, and innovation.
The examples below represent some of the industries Submilli can support. As a technology platform, new applications continue to emerge as mobile sensing, AI, and digital manufacturing evolve.
Precision digital anatomy for personalized healthcare products and medical applications.
Applications
Custom face masks
Ear products
Hearing-aid accessories
Medical wearables
Orthotics & prosthetics
Patient-specific medical devices
Digital geometry supporting modern manufacturing and quality workflows.
Applications
Reverse engineering
Quality inspection
Digital archives
Custom tooling
Manufacturing automation
Digital twins
Accurate 3D data supporting engineering, research, validation, and product development.
Applications
Product development
Measurement
Prototyping
Scientific research
Laboratory workflows
Engineering analysis
Personalized consumer products designed for comfort, fit, and individual preferences.
Applications
Eyewear
Sports equipment
Personalized accessories
Personal care products
Wearable technology
Fashion accessories
Submilli is designed as a flexible technology platform that continues to evolve alongside advances in mobile sensing, artificial intelligence, and digital manufacturing. As new opportunities emerge, the same core platform can support future products, industries, and applications.
Support future personalized products.
Expand into additional commercial sectors.
Connect with emerging software and manufacturing workflows.
Enable applications that are not yet practical with today’s technologies.
If your organization is exploring a new application for precision smartphone-based 3D scanning, we’d love to discuss how Submilli could help.
Partner With Submilli