Foreign Body Removal Under Direct Vision
The Karl Storz 10318 CP anchors foreign body removal under direct visual control across hospital pulmonology departments, thoracic surgery teams, ENT services, and emergency airway services. The HOPKINS® telescope compatibility, optical forceps support, and rigid adult tube design enable safe removal of aspirated foreign bodies including teeth, food fragments, hardware, and other objects across hospital and tertiary referral services worldwide today during routine practice in busy emergency settings.
Massive Hemoptysis and Airway Bleeding Control
Massive hemoptysis and airway bleeding control benefit substantially from the 10318 CP's rigid design enabling effective suction of large blood volumes, direct visualisation through HOPKINS® telescopes, ventilation maintenance during the procedure, and direct passage of cautery and packing instruments. The platform supports emergency haemoptysis management across hospital pulmonology and thoracic services worldwide today.
Endobronchial Stent Placement and Tumor Debulking
Endobronchial stent placement and tumor debulking benefit substantially from the 10318 CP's rigid platform supporting deployment of large stents, mechanical debulking with large instruments, electrocautery, laser therapy with rigid platform stability, and maintained ventilation during the intervention. The platform supports advanced airway intervention across hospital interventional pulmonology and thoracic services today.
Tracheal Stenosis Dilation and Airway Reconstruction
Tracheal stenosis dilation and airway reconstruction benefit substantially from the 10318 CP's rigid adult design supporting mechanical dilation, balloon dilation through the rigid tube, direct vision with HOPKINS® telescopes, and ventilation maintenance during the procedure. The platform supports stenosis management across hospital ENT, thoracic surgery, and interventional pulmonology services worldwide.
Combined Rigid and Flexible Bronchoscopy
Combined rigid and flexible bronchoscopy benefits substantially from the 10318 CP supporting repeated passage of flexible bronchoscopes through the rigid tube without placing excessive strain on the patient. The combined workflow supports complex interventions requiring both rigid platform stability and flexible scope navigation across hospital interventional services worldwide today.
