Positions anatomical structures during off-pump surgical procedures.
Features
• Vacuum stabilization.
• Minimal vacuum requirements.
• Holds the heart without causing tissue damage.
• Low profile.
• Maximized operative area.
• Recoil tissue spreading feature.
• Dynamic tissue adherence.
• Stabilizers provide optimal positioning, stabilization and coronary artery isolation during beating heart surgery.
• Titan Flex and Titan Stabilizers offer dynamic tissue adherence, micro-footprint vacuum compression and 360-degree articulating malleable metal design for maximum functionality and flexibility.
Lighter weight. Reusable. Exceptionally strong.
Better control:
Reengineered handle improves tightening control and stability.
Low profile:
Smaller diameter and lighter weight design.
Precise:
Precise positioning, stabilization, and retraction for exceptional visualization in the surgical field.
Cost effective:
Reusable stainless steel reduces supply costs and environmental impact.
Positions anatomical structures during off-pump surgical procedures.
Features
• Vacuum stabilization.
• Minimal vacuum requirements.
• Holds the heart without causing tissue damage.
• Low profile.
• Maximized operative area.
• Recoil tissue spreading feature.
• Dynamic tissue adherence.
• Stabilizers provide optimal positioning, stabilization and coronary artery isolation during beating heart surgery.
• Titan Flex and Titan Stabilizers offer dynamic tissue adherence, micro-footprint vacuum compression and 360-degree articulating malleable metal design for maximum functionality and flexibility.
Lighter weight. Reusable. Exceptionally strong.
Better control:
Reengineered handle improves tightening control and stability.
Low profile:
Smaller diameter and lighter weight design.
Precise:
Precise positioning, stabilization, and retraction for exceptional visualization in the surgical field.
Cost effective:
Reusable stainless steel reduces supply costs and environmental impact.
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