Interventional & Minimally Invasive Surgery

Transcatheter Device Implantation: Precise placement of stents, valves, and other devices via catheter-based approaches to support studies in device efficacy and safety.

Balloon Angioplasty & Dilatation: Use of balloon techniques to dilate stenotic vessels and prepare access routes for subsequent interventions.

Percutaneous Access & Closure: Techniques for vascular access—including sheath insertion and percutaneous closure—critical for minimally invasive studies.

Intravascular Imaging & Hemodynamic Assessment: Utilization of intravascular imaging modalities (including Optical Coherence Tomography, OCT) and pressure–volume loop measurements to guide interventions and assess device performance.

Electrophysiological Mapping & Ablation: Catheter-based methods for mapping electrical conduction and performing ablation procedures.

Transcatheter Valve Interventions: Procedures including transcatheter aortic, mitral, tricuspid, and pulmonary valve replacement or repair to support advanced cardiac models.

Laparoscopic & Robotic-Assisted Procedures: Minimally invasive surgical techniques employing laparoscopic and robotic platforms to perform complex interventions with enhanced precision.

Hybrid Interventions: Integration of conventional interventional methods with minimally invasive or robotic-assisted approaches to refine and validate complex procedures.

Adjunctive Vascular Interventions: Techniques such as drug-coated balloon treatments, stent grafting, and peripheral vascular interventions designed for comprehensive vascular model development.

Multi-System Interventions: Development of integrated models that require coordinated interventional procedures across multiple organ systems.