We “bridge” patients from post-cardiotomy heart failure to heart recovery and sternal closure.
Cardiothoracic surgery is a constantly evolving specialty focused on finding solutions to restore or replace heart function and reestablish cardiovascular health. Temporary leaving the sternum open after cardiac surgery in patients with significant post-operative edema, heart failure, hemodynamic instability, arrhythmias or bleeding. It is a well-established and lifesaving therapeutic maneuver.
By delaying the closure, surgeons allow time for the patient’s physiological conditions to stabilize, correct fluid imbalance, reduce edema of mediastinum, and reduce pressure on the heart and lungs. Adequate space is essential for heart filling during diastole, which may be compromised by mediastinum edema and early approximation of the sternum.
SIZE & LOAD ADJUSTABLE
A modular system available in multiple sizes to accommodate any patient: neonatal, pediatric, or adult—from low to high BMI, and from minimal to wide sternal separation. BlueBridge adapts to your clinical needs.
EXCELLENT STABILITY
Crafted from a highly resilient and biocompatible material, BlueBridge delivers unmatched stability for maintaining the chest cavity in an open position. Designed with smooth, rounded edges to protect the heart, lungs, vessels, and mediastinum—eliminating the sharp edges of plastic syringes and the edges of the hemi-sternum.
SAFETY – ENGINEERED, NOT IMPROVISED
The system is constructed from IXEF, a highly resilient fiberglass-reinforced polymer. IXEF is a high-performance para-polymer known for its exceptional mechanical properties and versatility. This fiberglass-reinforced polyarylamide combines the strength and stiffness of metal with the lightweight and corrosion-resistant benefits of a polymer. IXEF exhibits outstanding tensile strength and dimensional stability, ensuring reliable performance in challenging environments.
The i-beam design is a structural engineering innovation that maximizes mechanical strength while minimizing material usage. We utilize an i-beam cross-section to neutralize stress forces and withstand the necessary loads required to maintain chest stability in the open position.
STABLE CHEST - REDUCED NEED FOR PARALYSIS OR DEEP SEDATION
BlueBridge delivers unmatched stability for maintaining the chest cavity in an open position. Optional anchoring sutures can be customized for additional support.
Stable chest support means less curare drips, less deep sedation, less vasopressors, and less polypharmacy. This minimizes risks such as polyneuropathy, muscle atrophy, prolonged ventilation, hypotension, and vasopressor dependence. Sedation breaks and improved patient hygiene become safely achievable.
FAST DEPLOYMENT
Intuitive assembly, placement, and removal mean BlueBridge is ready when time is critical. In emergencies, every second counts—and BlueBridge is one step ahead.
X-Ray POSITION CHECK
The device is partially radio-opaque, and proper positioning can be confirmed in a standard postoperative chest x-ray.
COMPLIANT WITH HOSPITAL ACCREDITATION.
Prevention is the best defense. A surgical fire begins with the ignition of surgical materials, producing fumes, sparks, and smoke that can quickly lead to open flames. Unfortunately, cutting plastic syringes with high heat cautery has caused operating room fires. This poses serious risks to both patients and staff.
LESS RISK OF TAMPONADE OR CONTAMINATION
Its low profile offers more internal space without compromising mediastinal drainage or sterile coverage.
BONE MARROW – LESS BLEEDING
The device plates oppose the sternal bone marrow to promote hemostasis. Additional hemostatic agents can be placed at the interface.
FORCE DISTRIBUTION
A broad contact surface distributes force evenly, reducing fracture risk and improving healing outcomes.