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A lightweight surgical mesh combining durable and absorbable materials, designed to provide temporary support during tissue healing while reducing long-term foreign body presence in procedures such as hernia repair.
A titanium or alloy sternal plate system providing rigid fixation post-midline sternotomy, enhancing sternal stability and reducing infection or dehiscence risks after cardiac surgery.
Constructed from durable, biocompatible materials, this surgical mesh provides long-term reinforcement for soft tissue repair, ensuring strength and stability in procedures such as hernia repair.
Crafted from biocompatible materials, this advanced stent system ensures reliable biliary drainage by maintaining duct patency, effectively treating obstructions and supporting improved bile flow.
Designed with biocompatible materials, this advanced stent system provides effective support for esophageal strictures, ensuring sustained luminal patency and improved swallowing function in patients with esophageal obstructions.