Use cases

Supporting innovation in minimally invasive therapies across various medical fields.

Our main domains of application

Cardiology

Cardiology

THVR
AAA endoprosthesis delivery system
Coronary bifurcation stent delivery system
Diagnostic catheter
Aortic & venous cannulas for extracorporeal heart & lung support
Vascular sealant applicator
LAA closure delivery system

Bariatrics

Bariatrics

Endoscopic suturing system
Laparoscopic mixing device for surgical sealant
Stomach wireless implant delivery system to prevent heart failure
Implant delivery system for acid reflux disease

Neurology

Neurology

Neurovascular guiding catheter
Clot Retriever device for acute ischemic stroke
Neuroballoon catheter for dilatation of cerebral membrane

Cell Therapy

Cell Therapy

Cell therapy delivery system into the cardiac muscle

▪ traditional surgical method invasive open heart surgery; high risk, long procedure time, and long recovery time for the patient. ▪ anatomically, access is more difficult than the more establishe (2)

CASE STUDY: TMVR DELIVERY SYSTEM

APPLICATIONS

• Transcatheter mitral valve replacement (TMVR) delivery system to treat mitral regurgitation.

PAIN POINTS

• Complexity and tortuosity of anatomy to reach the mitral valve.
• Complex procedure with many steps for the surgeon.

NEXINLIFE SOLUTION

• Transseptal delivery system.
• Accurate and repeatable valve delivery through complex anatomy thanks to experienced design, engineered shafts, and skilled manufacturing.
• Development of a steerable device to improve valve delivery and implantation accuracy.
• Development of a combination device for ease of use with accessories, to maximize device value, and aid procedural cadence.

CASE STUDY: BARIATRIC DELIVERY SYSTEM

APPLICATIONS

• Gastroenterological suturing system to promote weight loss.

PAIN POINTS

• Device complexity: Number of functionalities required, needle assembly
• Complex procedure with many steps for the surgeon

NEXINLIFE SOLUTION

• Optimized needle assembly design and production against tight requirements to ensure repeatable deliverability and functionality.
• Improved the handle design and assembly to limit patient risk and improve procedure reliability.

• Combination device streamlining the surgical process.

▪ traditional surgical method invasive open heart surgery; high risk, long procedure time, and long recovery time for the patient. ▪ anatomically, access is more difficult than the more establishe (3)

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