Reimagining Biliary Stricture Treatment with Magnetic Technology

Minimally invasive treatment for complex biliary strictures

Magnetic Compression Anastomosis (MCA) uses specially designed medical magnets to restore bile duct continuity without open surgical reconstruction, offering faster recovery, reduced complications, and improved quality of life.

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  • 83% Successful Recanalization Rate in Clinical Study

Why This Matters

When Conventional Treatments Fail

Many patients develop severe bile duct injuries or strictures after gallbladder surgery, living donor liver transplantation, benign biliary strictures, or complex biliary reconstruction procedures. In these cases, standard endoscopic or percutaneous treatments may be unable to cross the blockage, often leaving surgery as the only option.

Magnetic Compression Anastomosis changes that.

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Why Choose MCA?

  • Minimally Invasive Alternative to Surgery
  • High Success Effective Recanalization
  • Safe & Reliable Proven Clinical Outcomes

our services

Comprehensive services for your health

Biocompatible Medical Magnets

  • Miniaturized Neodymium Core
  • Gold-Coated Surface
  • Guidewire Compatible Design

Advanced Delivery System

  • Controlled Deployment
  • High Precision Placement
  • Standard Guidewire Compatibility

Retrieval Technology

  • Dedicated Magnet Retrieval Tube
  • Safe Magnet Extraction
  • Simplified Procedure Workflow

We support healthcare professionals with innovative MCA technology, products, clinical evidence, and expert guidance.

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What is MCA?

Magnetic Compression Anastomosis is an advanced minimally invasive technique that uses two specially designed biocompatible magnets placed on opposite sides of a bile duct blockage. The magnets naturally attract each other, creating controlled tissue compression and forming a new channel through the blockage.

  • Minimally Invasive Treatment
  • Avoids Major Surgery
  • Faster Recovery
  • Reduced Hospital Stay
  • Improved Patient Comfort
  • Lower Risk of Infection
  • Durable Long-Term Results

How It Works

The MCA Treatment Process

Magnetic Compression Anastomosis (MCA) provides a minimally invasive solution for restoring biliary continuity through controlled magnetic recanalization.

01

Pre-Procedural Drainage

PTBD is performed to relieve biliary obstruction and prepare the tract for magnetic device delivery.

02

Magnet Placement

Biocompatible magnets are accurately positioned on both sides of the biliary obstruction.

03

Natural Recanalization

Controlled magnetic compression creates a new biliary channel through gradual tissue recanalization.

04

Restoration of Bile Flow

After successful recanalization, bile flow is restored, improving long-term patient outcomes.

Clinical Results

Proven Outcomes Through MCA Technology

Clinical evaluation conducted between January 2024 and June 2025 demonstrated encouraging outcomes for patients treated using Magnetic Compression Anastomosis (MCA).

26+

Patients Treated
(January 2024 – June 2025)

83%

Successful
Recanalization Rate

21.5

Days Average
Recanalization Time

0

Restenosis In Stent-Free Patients
During Follow-Up

Minimal

Procedure-Related
Complications

Looking for Treatment Options?

Whether you are a patient, caregiver, or healthcare professional, our team can help determine whether Magnetic Compression Anastomosis may be appropriate.

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Patient Selection

Who May Benefit?

Magnetic Compression Anastomosis (MCA) may be considered for patients with complex benign biliary conditions where conventional endoscopic or percutaneous treatments are unsuccessful.

Patients who may benefit include:
  • Complete Benign Biliary Strictures
  • Post-Cholecystectomy Bile Duct Injury
  • Post Liver Transplant Biliary Strictures
  • Failed Endoscopic Treatment
  • Failed Percutaneous Interventions
  • Complex Biliary Anatomy

MCA offers a minimally invasive alternative that helps restore biliary continuity while reducing the need for major surgical reconstruction.

For Healthcare Professionals

Advancing the Future of Biliary Intervention

Magnetic Compression Anastomosis (MCA) offers a minimally invasive alternative to surgical reconstruction with high recanalization success rates and a reproducible procedural workflow, helping physicians manage complex biliary strictures safely and effectively.