11 Textile-Based Medical Wearables That Solved Real Patient Problems (and What Inventors Can Learn)

Medical innovation isn’t just about technology—it’s about empathy. Many of today’s most impactful medical wearables weren’t born in a lab; they started at a bedside, in a clinic, or around a kitchen table, when someone noticed a patient struggling with treatment. From that moment of observation came a mission: make it better.

As a contract manufacturer of medical garments, we specialize in textile-based wearables—vests, wraps, shirts, and holsters designed to solve human problems through soft goods. While we can’t share client projects under NDA, we can shine a light on 11 publicly known innovations that inspire us.

Each one of these wearable devices uses fabric-based design to make medical treatment more dignified, mobile, or comfortable. If you’re an inventor, caregiver, or clinician with an idea, we hope this list sparks something.

A chart of the patient populations served by 11 different medical wearables serving over 163 million patients

1. AffloVest: Airway Clearance That Moves With You

Condition: COPD, Cystic Fibrosis, MS, ALS
Estimated U.S. Population Affected: >16 million with COPD; ~30,000 with CF
Challenge: Traditional airway clearance vests require bulky air compressors.
Innovation: Battery-powered vest with eight oscillating motors, ergonomic sizing (XXS-XXL), and wireless operation.
Why It Matters: Patients can take walks, travel, or relax untethered—therapy doesn’t have to mean isolation.

Photo Credit: https://afflovest.com/

2. PoppyPocket: Infusion Pump Wear That Respects Privacy

Condition: Cancer, Crohn’s, chronic infusion therapy
Estimated U.S. Population Affected: ~3.6 million people use infusion therapy
Origin Story: Designed by a daughter to help her father carry his infusion pump discreetly.
Innovation: Under-shirt fabric holster that prevents tubing snags and supports sleep comfort.
Why It Matters: Reduces stigma and restores normalcy during infusion therapy.


3. IVY: Wearable IV Design for Home Hospitalization

Condition: Patients receiving IV therapy at home
Estimated U.S. Population Affected: Millions receiving outpatient or home infusion services
Origin Story: Inspired by a mother caring for her child at home.
Innovation: Stylish fabric holster replaces IV poles; mobile and discreet.
Why It Matters: Supports the global movement toward in-home care with wearable dignity.


4. Brakong: A Softer Recovery for Mastectomy Survivors

Condition: Post-mastectomy comfort
Estimated Global Population Affected: >7.8 million survivors
Innovation: External prosthesis made from aquatic plant fiber; antimicrobial, breathable, culturally mindful.
Why It Matters: Goes beyond form to offer emotional and cultural healing in underserved communities.


5. Weighted Sand Vest: A Focus Tool for Neurodiverse Kids

Condition: ADHD, sensory processing disorders
Estimated U.S. Population Affected: ~6 million school-aged children
Innovation: Vest distributes calming weight evenly across the torso.
Why It Matters: Used in over 200 schools in Germany, it offers non-drug support for focus and emotional regulation.


6. LVAD Gear: Clothing for Life-Sustaining Equipment

Condition: Advanced heart failure requiring LVADs
Estimated U.S. Population Affected: ~30,000+ patients living with LVADs
Challenge: Standard LVAD kits are bulky and conspicuous.
Innovation: Vests and shirts with integrated holsters for battery packs and controllers.
Why It Matters: Supports both functionality and dignity, helping patients live more fully with heart-assist devices.


7. Wearable Artificial Kidney (WAK): Freedom for Dialysis Patients

Condition: End-stage renal disease
Estimated U.S. Population Affected: >500,000 on dialysis
Innovation: Lightweight, battery-powered dialysis device worn on a belt.
Why It Matters: Frees patients from the clinic and gives them back hours of their day—and their autonomy.


8. Smart EKG Shirt: Real-Time Cardiac Monitoring, Seamlessly

Condition: Heart disease, post-surgical monitoring
Estimated U.S. Population Affected: >120 million with cardiovascular disease
Innovation: Shirt embedded with carbon nanotube threads that capture EKG signals; washable, Bluetooth-enabled.
Why It Matters: Enables continuous, comfortable cardiac monitoring without sticky patches or wires.


9. CardioInsight Mapping Vest: A 3D Map of the Heart—No Wires Needed

Condition: Atrial fibrillation, complex arrhythmias
Estimated U.S. Population Affected: >6 million with A-Fib
Innovation: Disposable vest with 252 electrodes for noninvasive, 3D heart mapping.
Why It Matters: Improves ablation targeting and speeds up diagnosis without invasive catheter procedures.


10. InsulWear Shirt: Insulin Pumps, Reimagined

Condition: Type 1 and insulin-dependent Type 2 diabetes
Estimated U.S. Population Affected: ~500,000 insulin pump users
Innovation: Shirt with hidden tubing channels and pump pockets; made from breathable, soft fabric.
Why It Matters: Makes wearing a pump 24/7 less of a burden and more of a normal part of daily life.


11. MediVest: Early Warning for Seizures

Condition: Epilepsy
Estimated U.S. Population Affected: ~3.4 million
Origin Story: Invented by a student to help a loved one
Innovation: Fabric vest monitors heart rate variability and temperature to predict seizures; sends alerts to phones or caregivers.
Why It Matters: Adds crucial minutes for safety and preparation—especially for independent adults.


From Friction to Fabric: How Innovation Begins

Many of these inventions began not in a lab, but in a living room or hospital corridor. They came from the simple act of noticing:

  • A daughter untangling her father’s infusion tubing
  • A teacher calming a restless student
  • A patient tired of carrying pumps in a fanny pack

Here’s what we’ve learned from working with innovators:

1. Start with the Problem

Where are patients uncomfortable? What feels outdated, embarrassing, or impractical?

2. Observe Daily Use

Look for friction points during sleep, travel, social settings, or self-care.

3. Sketch Soft First

Can you build a fabric-based solution before adding tech? Soft goods are often faster to prototype.

4. Think with the Skin

Consider breathability, durability, washability, and sensory feedback.

5. Build Fast, Test Faster

Even a rough fabric prototype can spark insights and feedback from users.

6. Find a Manufacturing Partner

The right contract manufacturer (hi!) can help you refine the design for comfort, compliance, and scale.


Empathy is the Engine of Innovation

Whether it’s a discreet pump holster or a kidney you can wear, every product here exists because someone looked at a medical device and asked, “Could this be better?”

If you’re on a similar path, we’d love to hear your idea. Textile-based wearables are transforming care—not just through sensors and silicon, but through fabric, form, and human-first thinking.

Let’s build what patients actually need.

About the Author

Jonathan Abbey
Jonathan Abbey is the President of Fieldtex Products, a contract manufacturing business specializing in custom carrying cases, backpacks, and medical kits. With over 15 years of experience in the industry, Jonathan began his career at just 16 years old as an errand boy on the shop floor, learning the ropes by moving materials and assisting with production. He joined Fieldtex after college in 2009, working closely with the sewing department and gaining extensive knowledge in material selection, stitching techniques, and the intricacies of manufacturing high-quality sewn goods. Though he doesn't consider himself a skilled sewer, Jonathan’s deep understanding of the industry and his close collaboration with the sewing team have been pivotal in Fieldtex’s success. Under his leadership, the company continues to innovate in providing custom solutions for industries like medical wearables, military bckpacks, and law enforcement gear.