Core Functions

The Bipolar High Frequency Cable is in particular designed for bipolar electrosurgery. Its core feature is to supply surgical strength precisely, supporting medical practitioner in hemostasis, tissue closure, or cutting. Unlike monopolar systems, it integrates each energetic and return modern paths into a single cable. Current flows solely between the guidelines of the bipolar instruments, enabling specific cure of goal tissue whilst minimizing thermal injury to surrounding tissue.

Product Specifications

Operating Frequency: one hundred kHz–5 MHz, well suited with mainstream electrosurgical turbines to meet numerous strength requirements. Conductor

Specification: Diameter 0.3–0.5 mm, stranded or parallel association for steady transmission and resistance to core breakage.

Cable Length: 1.5–2.5 m, appropriate for general working room working distances, keeping off entanglement or constrained movement.

Connector: Matches mainstream bipolar output ports, with clean plugunplug operation and impenetrable connection.

Withstand Voltage: ≥10 kV, compliant with running room protection requirements to put off hazard of electrical leakage.

Structure & Materials

Structurally, the Bipolar High Frequency Cable consists of two independently insulated conductors (stranded or parallel), surrounded via a defensive layer and a rugged outer sheath to block interference and shield inner conductors. It uses: High-conductivity copper alloy conductors for environment friendly electricity transmission; Medical-grade insulation and outer sheath that face up to sterilization and abrasion, with low threat of growing older or cracking. The cable is reusable. The connector facets pressure remedy for expanded bending and plugunplug durability. It helps autoclave and ethylene oxide (EO) sterilization, keeping steady overall performance via repeated use and lowering consumable costs.

Bipolar High Frequency Cable

product-1706-1279

Applications & Clinical Advantages

Primarily used in surgical procedures requiring extraordinarily excessive precision and safety, including: Neurosurgery, Ophthalmology, Microsurgery of Otorhinolaryngology (ENT), Laparoscopic and different minimally invasive surgeries.

Clinical Advantages:

High Safety: Localized present day glide with nearly no threat of collateral burns, permitting secure operation close to fundamental tissues.
Superior Precision: Accurate power manipulate reduces tissue trauma and helps quicker postoperative recovery.
Ease of Use: Stable overall performance and uniform impedance assist limit operator errors.
Strong Compatibility: Essential in working rooms; well matched with mainstream equipment, supported by way of a compatibility guide.
Easy Maintenance: Reusable and sterilizable, with clear options for frequent utilization questions.