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This is a fixed active-tip electrode designed to support minimally invasive procedures. It is available in a wide range of gauges, lengths, and active-tip configurations, enabling clinicians to select the optimal option according to the procedural environment and specific treatment objectives.
star - FixedThis is a fixed active-tip electrode designed to support minimally invasive procedures. It is available in a wide range of gauges, lengths, and active-tip configurations, enabling clinicians to select the optimal option according to the procedural environment and specific treatment objectives.
The bipolar electrode integrates both active and passive functions within a single electrode, allowing the RF current to circulate locally without passing through other parts of the body and therefore eliminating the need for a grounding pad. This design makes it particularly suitable for patients who are sensitive to RF current.
star - BipolarThe bipolar electrode integrates both active and passive functions within a single electrode, allowing the RF current to circulate locally without passing through other parts of the body and therefore eliminating the need for a grounding pad. This design makes it particularly suitable for patients who are sensitive to RF current.
The active tip is engineered to deliver energy only over one quarter of its length, enabling ablation to occur on a single side of the electrode. This directional design allows the operator to safely perform the procedure while avoiding critical or high-risk anatomical structures.
star - Uni_facedThe active tip is engineered to deliver energy only over one quarter of its length, enabling ablation to occur on a single side of the electrode. This directional design allows the operator to safely perform the procedure while avoiding critical or high-risk anatomical structures.
This electrode incorporates an injection function, making it well suited for procedures that require drug delivery during the treatment process.
star - InjectableThis electrode incorporates an injection function, making it well suited for procedures that require drug delivery during the treatment process.
The active tip length can be adjusted in 5 mm increments, allowing a single electrode to treat lesions of varying sizes and thereby enhancing procedural efficiency. The handle incorporates a size adjustment mechanism and an anti-slip design to improve ease of manipulation and operator control. In addition, the triangular-tip active tip structure facilitates percutaneous access and contributes to reduced procedure time.
VIVA_V2The active tip length can be adjusted in 5 mm increments, allowing a single electrode to treat lesions of varying sizes and thereby enhancing procedural efficiency. The handle incorporates a size adjustment mechanism and an anti-slip design to improve ease of manipulation and operator control. In addition, the triangular-tip active tip structure facilitates percutaneous access and contributes to reduced procedure time.
The electrode is available in five configurations—5 mm, 7.5 mm, 10 mm, 12.5 mm, and 15 mm—and allows active tip length adjustment in 2.5 mm increments. This fine adjustment capability supports more precise control during procedures compared with conventional electrodes.
VIVA_V2-TThe electrode is available in five configurations—5 mm, 7.5 mm, 10 mm, 12.5 mm, and 15 mm—and allows active tip length adjustment in 2.5 mm increments. This fine adjustment capability supports more precise control during procedures compared with conventional electrodes.
The adjustable active tip length allows precise customization according to the procedural environment. This electrode can be applied to a wide range of tumor types and procedural approaches, supporting both combined and separate configurations to enable optimal treatment based on clinical conditions. In addition, the triangular-tip active tip design facilitates percutaneous access and contributes to reduced procedure time.
Octopus_V2The adjustable active tip length allows precise customization according to the procedural environment. This electrode can be applied to a wide range of tumor types and procedural approaches, supporting both combined and separate configurations to enable optimal treatment based on clinical conditions. In addition, the triangular-tip active tip design facilitates percutaneous access and contributes to reduced procedure time.
VENISTAR eliminates varicose veins through a true radiofrequency ablation approach that directly delivers RF energy to the vessel wall, rather than relying on conductive heating. By employing IC-RFA (Impedance-Controlled Radiofrequency Ablation), the system automatically modulates and interrupts energy delivery based on real-time impedance values, enabling a controlled and safe procedural workflow.
VENISTARVENISTAR eliminates varicose veins through a true radiofrequency ablation approach that directly delivers RF energy to the vessel wall, rather than relying on conductive heating. By employing IC-RFA (Impedance-Controlled Radiofrequency Ablation), the system automatically modulates and interrupts energy delivery based on real-time impedance values, enabling a controlled and safe procedural workflow.
STARMED Co., Ltd. I Henry Shin
B-4th & 12th floor, Daebang Triplaon, 158, Haneulmaeul-ro, Ilsandong-gu, Goyang-si, Gyeonggi-do, Korea, 10355
Tel : +82 31 816 3546 I Fax : +82 31 816 4546
Email : inquiry@STARmed4u.com
copyright ⓒ STARmed Co., Ltd. All Rights Reserved.
STARMED Co., Ltd. I Henry Shin
(Jungsan-dong, Daebang-Triplaon Business Tower), B-dong, 4F & 12F, 158, Haneulmaeul-ro, Ilsandong-gu, Goyang-si, Gyeonggi-do, 10355, Korea
Tel : +82 31 816 3546 I Fax : +82 31 816 4546 I Email : inquiry@starmed4u.com
copyright ⓒ STARMED Co., Ltd. All Rights Reserved.
