Irreversible Electroporation Ablation System HGV-8300, 1.5 cm Single-Needle Range (CAT#: STEM-AL2-4457-ZJF)

The system is an irreversible electroporation platform for pulsed-electric-field tissue ablation. It uses high-voltage electrical pulses to create permanent membrane permeabilization in targeted tissue. The architecture includes a control unit, pulse-power subsystem, and ablation electrode assembly. Temperature-related control is incorporated to support the intended non-thermal operating approach. Multiple pulse-frequency and pulse-width combinations can be applied as part of the treatment strategy described for the system. A bipolar single-needle configuration is provided for selected target sizes and procedures. Electrical isolation and pulse-shaping functions are integrated into the generator design. The system is intended for controlled irreversible-electroporation procedures performed by appropriately trained clinical personnel.

System Architecture: Host control system, high-voltage pulse power system and ablation electrode
Ablation Method: Irreversible electroporation
Electrode Configuration: Bipolar single-needle design available
Single-Needle Target Size Stated: Up to 1.5 cm
Pulse Strategy: Combined high-frequency narrow-pulse and medium-frequency medium-pulse operation
Isolation Technology: CF transformer isolation

Non-thermal electroporation mechanism
Algorithm-based temperature control
Multi-frequency cooperative pulse control
Bipolar single-needle electrode configuration
Movable-unit ablation approach
Bipolar steep-pulse generation
Electrical isolation through dedicated transformer