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UBILIFLEX™ · AVAILABLE NOW
Helping you regain some independence is at the heart of what we do. UbiliFlex™ brings custom-fabricated interfaces, powered elbow support, and muscle-sensing technology together around you.
Could UbiliFlex™ be right for me? Explore the brace ↓
01 / MEET THE PRODUCT
POWERED UPPER-EXTREMITY ASSISTANCE
An individual arm.
An individual fit.
A more personal approach.
Available now, UbiliFlex™ is a custom-fabricated powered upper-limb brace designed to assist bending and straightening at the elbow.
Patient-specific cuffs and connecting geometry bring your anatomy together with the powered brace, battery, and surface-EMG sensor. Individual clinical assessment determines whether UbiliFlex™ is appropriate for you.
See what goes into your custom bracePERSONALIZED DESIGN. POWERED POSSIBILITIES.
Custom-fabricated cuffs and interfaces connect the person to the brace. The powered architecture, controls, and patient-specific structure work together as one system.
Retouched marketing photographs: wires removed for visual clarity; selected logos colored blue. These images do not depict wireless operation.
CUSTOM FABRICATION / THE DETAILS MATTER
Customization goes beyond choosing a size or tightening a strap. The UbiliFlex™ workflow connects your anatomy, custom-fabricated components, and individual fitting in one patient-specific build.
Your anatomy.
Your interfaces.
Your fit.
A scan is a starting point, not the finished brace. Patient measurements and clinical review guide the design, fabrication, and alignment of the components that connect the powered system to your arm.
From fabrication to fittingScanning and measurements document the patient’s arm shape and dimensions. These inputs guide the individual design rather than selection of a generic cuff size.
Thermoplastic patient-contact interfaces are molded for the individual. The hand and wrist connection is also shaped to the patient as part of the custom fabrication process.
Outer cuff shells are digitally designed and 3D printed from patient-specific anatomical and interface data. Their geometry accounts for the molded interface, liner, padding, and assembly needs.
The lower arm bar and connecting geometry are fabricated around the patient’s dimensions and alignment needs, including length, contour, spacing, and attachment locations.
Removable cuff liners are measured, cut, shaped, and sewn to match the patient-specific cuffs. The liner is part of the individual build, not simply a standard sleeve.
The assembled brace is fitted and aligned to the patient. Device setup, calibration, and programming are individualized within the applicable device instructions, followed by guided training.
UbiliFlex™ combines standard powered components with custom-fabricated patient interfaces and connecting parts. It is the linked process of design, fabrication, assembly, and fitting, not 3D printing alone, that makes the build patient-specific.
02 / A SHARED JOURNEY
Understanding the technology starts with understanding the person, their goals, and their care team.
Wheelchair users with complete paralysis of the affected arm may be evaluated when they retain a potentially usable voluntary muscle signal elsewhere. Individual evaluation determines whether the control signal, fit, and supported movement are appropriate.
Who is UbiliFlex™ for?Learn about the patient-specific workflow, from anatomical capture and fabrication to fitting, setup, and training.
Explore the patient-specific workflow03 / THE UBILITY APPROACH
Patient-specific is more than a size. It’s an approach that connects the clinical evaluation, the physical fit, and the way the device is set up.
Begin with clinical review, the patient’s needs, and goals for everyday activities.
Use patient measurements and anatomical capture to guide custom interfaces and patient-specific geometry.
Bring the components together through individual fitting, alignment, and device setup.
Support fitting and training with the care team, according to the applicable device instructions.
FROM MUSCLE ACTIVITY TO MOVEMENT
A surface-EMG sensor detects voluntary muscle activity and provides an activation request. The controller then commands the powered brace.
The muscle providing the signal does not have to be in the affected arm. A usable signal and individual clinical assessment are required.
Learn about muscle-signal control
04 / WHY UBILITY
We believe assistive technology should begin with real life. With the routines people value. With the questions families ask. And with the clinicians who understand that no two patients are the same.
That belief shapes our work on UbiliFlex™: a patient-specific approach to powered arm assistance, developed with the individual at the center.
A PLACE TO BEGIN
If you’re exploring assistive technology, consider discussing these questions with your clinician:
This website provides general information, not individual medical advice. Suitability requires clinical evaluation. Outcomes, eligibility, and insurance coverage are not guaranteed.
UBILIFLEX™ RESOURCES
Explore the product brochure or choose an introduction for patients, caregivers, and clinical teams. Each PDF opens in a new tab and can be saved from your browser.
Product photography, patient-specific design, components, and muscle-signal control.
A concise introduction to the brace, the fitting journey, and questions to ask.
A product overview and the patient-specific custom-fabrication workflow.
These materials provide general product information, not instructions for use or an individual eligibility decision. For candidate inquiries, contact info@ubility.inc.
UBILIFLEX™ IS AVAILABLE NOW
Contact Ubility™ to learn about the brace and the next steps for an individual candidate evaluation. Patients, caregivers, clinicians, and orthotists are welcome to get in touch.
info@ubility.incThe email link opens your email app. Please do not include medical records, identification numbers, or sensitive health details in your first message. Ask the team how to share any required information securely.
Suitability requires individual clinical assessment. An inquiry is not an eligibility decision or a guarantee of benefit.