Pillar I · Surgical DevicesPatented instruments standardizing
Patented instruments standardizing
complex cardiac surgery.
Two world-first patented devices converting surgeon-dependent art into objective, reproducible science: the EDF for valve-sparing aortic root replacement, and the ESR for sutureless LVAD implantation.
6 Patents Granted · TR · US · EUCardiovascular Surgery + Aortic Root Aneurysm
Product 1Cardiovascular Surgery
Elibol's David Facilitator (EDF)
The first patented device to standardize the David Procedure.
EDF
!
The Problem
The David Procedure (valve-sparing aortic root replacement) is one of the hardest operations in cardiac surgery. It requires perfect 3D reconstruction of the aortic valve, depends entirely on surgeon skill, and has no tool to standardize it. Only a limited group of surgeons worldwide can perform it.
The Solution
EDF provides patient-specific selection and preparation of tubular vascular grafts (conduits) using fully objective, measurement-based criteria. By resuspending the aortic leaflets, 3D reconstruction of the aortic valve is achieved. The device serves as a reliable guide throughout every stage of the procedure, ensuring fast and easy operation for the cardiovascular surgeon.
All-in-One Guidance
An all-in-one device that guides every stage of the procedure: fast, safe, and easy to operate, removing surgeon-dependent variability.
Objective Measurement
fully objective, measurement-based criteria for patient-specific graft selection and preparation.
Standardized Outcomes
Converts an operator-dependent technique into a standardized procedure reproducible by any cardiac surgeon.
Granted Patents
US 11,351,029 B2·United StatesEP 3551130·EuropeTR 2016/18240 B·Türkiye
Key Metrics
100%
Measurement Accuracy
75,000
Surgeries / year (TAM)
$15,000
Unit Price (net)
Product 2Heart Failure Therapy / LVAD Implantation
Elibol's Sutureless Ring (ESR)
The world's first patented device enabling vacuum-supported, sutureless LVAD implantation.
ESR
!
The Problem
Left Ventricular Assist Devices (LVADs) are implanted into the failing heart using surgical sutures: a non-standardized technique that introduces serious bleeding, positional instability, and thrombosis risk. Procedure times are long; outcomes vary by center and surgeon.
The Solution
ESR enables sutureless, vacuum-supported LVAD implantation with reliable bleeding control and patient-specific customization. Implantation time drops to under 10 minutes, fully standardized. The device minimizes bleeding, instability, and thrombosis complications.
Vacuum-Supported Seal
Vacuum mechanism provides reliable bleeding control without surgical sutures.
Rapid Implantation
Standardized under-10-minute implantation replacing suture procedures that take over an hour.
Complication Reduction
Minimizes bleeding, positional instability, and thrombosis risk inherent to sutured LVADs.
Granted Patents
US 12,311,159 B2·United StatesEP 20 909 262.6·EuropeTR 2019 23195 B·Türkiye
Key Metrics
<10 min
Implantation Time (vs. hours)
6,000
Global LVAD Implants / year
$1.6B
Market Size
Cordistronic vs. Traditional
Why our approach changes everything.
Side-by-side comparison of traditional surgical and radiology workflows against Cordistronic's patented, AI-augmented solutions.
Criterion
Traditional
Cordistronic
Measurement Objectivity
Surgeon-dependent estimation, high inter-operator variance
fully objective, measurement-based criteria, fully standardized
Procedure Standardization
Operator-dependent; reproducible mainly by highly experienced surgeons
Scientific solution any cardiac surgeon can perform
Implantation Time (ESR)
Multi-hour suture procedure
Under 10 minutes, fully standardized
Bleeding Control (ESR)
Suture-related bleeding, instability, thrombosis risk
Vacuum-supported seal with reliable bleeding control
Radiology Review Time (AI)
Up to 45 minutes manual cross-referencing per study
Automated deep-learning segmentation
Longitudinal Tracking
Qualitative estimates, user-dependent variance
Color-coded: stable / new / progressed / regressed
Patent Protection
No standardized device exists in this category
Granted patents across TR · US · EU jurisdictions
Clinical Integration
Standalone, manual workflows
Native PACS / HIMS / Teletıp / e-Nabız REST APIs
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