Customized for You!
Digital modeling and tailored adjustments guarantee an exact fit for each user
AddiEase - Upper Extremity Prosthetics
Lightweight. Precise. Comfortable. Digitally Designed.
AddiEase brings the power of digital design and 3D printing to upper extremity prosthetics, offering unmatched comfort, fit, and strength. Designed using high-resolution scans and manufactured with HP MultiJet Fusion technology, each socket is custom-built for the individual—ensuring superior control, durability, and all-day wearability.
Below Elbow Sockets (Transradial)
Precise limb capture and functional alignment for both passive and active prosthetic systems.
- Custom-contoured for secure suspension
- Lightweight yet durable with medically approved PA12
- Compatible with myoelectric and mechanical hands
Above Elbow Sockets (Transhumeral)
Designed to accommodate elbow articulation and dynamic upper-limb motion, these sockets provide optimal fit, alignment, and load distribution.
- Accurate fit for improved control and reduced fatigue
- Seamless integration with elbow and terminal devices
- Designed to house electronic components or cabling as required
- Available in standard and lattice-enhanced options for breathability
Shoulder DisarticulationSockets
For higher-level amputations, AddiEase shoulder disarticulation sockets are engineered to maximize comfort and stability while allowing for complex component integration.
- Ergonomic design with chest contour support
- Lightweight for reduced strain on the torso
- Customized interface for secure suspension and optimal control
- Optional modular shell designs for improved aesthetics and function
Why AddiEase
Experience the next level of prosthetic comfort and performance with AddiEase, where advanced engineering meets personalized care.
Lightweight Durability
Made from medically approved PA12, our sockets are lightweight yet incredibly durable
Unmatched Comfort
Minimizes friction for all-day wear with 3D scanning ensuring a secure and precise fit
Get your Customized Sockets in 4 Easy steps
Data Capture at Clinic
Precise measurements of the patient’s affected area are taken using 3D scanning technology.
Digital Modelling & Design
Our experts create a digital model, incorporating any necessary adjustments for optimal comfort and functionality
3D printing & Finishing
The part is printed using HP MJF technology and finished as per customers choice, ensuring high precision and strength.
Fitment & adjustments
The printed socket is fitted to the patient, with any final adjustments made for maximum comfort and performance
© 2024 All rights reserved.
Disclaimer : All Logos, Trademarks, Pictures belong to the respective OEMs.