Radiotherapy stent for esophageal cancer

Silicone esophageal stent for palliative treatment of esophageal strictures or malignancies. Maintains esophageal patency and allows passage of food and fluids.

Expandable stent placed in the esophagus for relief of malignant or benign strictures and restoration of luminal patency.

Expandable device for placement in the esophagus to maintain luminal patency. Indicated for malignant or benign strictures and esophageal perforation management in gastroenterology.

A fully covered, laser-cut esophageal stent technology designed for gastroenterology stricture management. The stent provides virtually no foreshortening or elongation to allow accurate placement, and features novel anti-migration struts that provide increased mucosal wall contact and friction to minimize migration.

A non-vascular stent designed for placement in the esophagus to maintain luminal patency in patients with esophageal strictures or obstruction. This product is used in gastroenterological interventional procedures.

Patient-specific 3D-printed custom immobilization device for head and neck cancer treatment, engineered for sub-millimeter precision fit and seamless clinical integration.

Self-expanding or balloon-expandable stent designed for therapeutic management of tracheal and bronchial strictures, stenosis, or malignant obstruction. Inserted via endoscopic guidance to restore airway patency and maintain luminal integrity. Manufactured from medical-grade materials to ensure biocompatibility and mechanical durability in the respiratory tract.

Self-expanding esophageal stent fabricated from shape memory alloy for palliative treatment of malignant esophageal strictures and dysphagia. The nitinol material ensures consistent radial force and biocompatibility.

Patient-specific oral-cavity-based immobilization device for head and neck cancer treatment, providing sub-millimeter precision fit customized to individual patient anatomy. Reduces simulation setup time and improves treatment planning efficiency while ensuring reproducibility and minimizing delays.

Nitinol tubular stent for esophageal stricture management and malignancy palliation. Shape memory activation enables deployment and positioning. Biocompatible and resistant to esophageal environment for sustained therapeutic effect.

Biocompatible materials for esophageal stent construction in stricture and obstruction management. These devices support safe esophageal patency.

Self-expanding esophageal stents manufactured from shape memory alloy for stricture management and malignancy palliation. These devices provide reliable patency with reduced migration.