Ge Neonatal Flow Sensor (1505-3272-000) for Hospital, Ventilator

[3:28 pm, 23/5/2025] Raghuram Medical Accessories: The bipolar forceps cable is a durable, flexible electrical cable designed specifically for use with bipolar electrosurgical instruments. It transmits controlled electrical energy from the electrosurgical generator unit (ESU) to the bipolar forceps, enabling precise coagulation and cutting of tissue with minimal thermal spread.

Key Features:

Connector Types: Typically features 2-pin or 3-pin connectors, depending on the generator and forceps compatibility.

High-Quality Insulation: Made with medical-grade silicone or TPU (thermoplastic polyurethane) for flexibility, sterilization resistance, and patient safety.

Length Options: Available in various lengths (usually 3 ft to 15 ft) to suit different surgical setups.

Reusable or Disposable: Available as both reusable (autoclavable) and single-use cables.

Compatibility: Designed to work with standard bipolar electrosurgical systems such as Valleylab, Erbe, Bovie, ConMed, and others.

Low Electrical Resistance: Ensures efficient and safe energy delivery with minimal power loss.

Applications:

Neurosurgery

ENT (ear, nose, throat) procedures

Plastic surgery

Gynecology and urology

Any surgical procedure requiring delicate tissue coagulation

[3:33 pm, 23/5/2025] Raghuram Medical Accessories: The GE Healthcare Neonatal Flow Sensor (Part No. 1505-3272-000) is a specialized, reusable sensor designed for precise measurement of respiratory gas flow in neonatal patients.  It plays a critical role in ensuring accurate ventilation support for newborns in intensive care settings. 

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🔧 Key Specifications

Flow Measurement Range: 0 to 30 liters per minute (L/min)

Patient Type: Neonatal

Reusability: Designed for multiple uses with appropriate sterilization procedures

Compatibility: Compatible with GE ventilator systems, including:

Engstrom Pro

Engstrom CS

CARESCAPE™ R860  

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🏥 Applications

This sensor is utilized in neonatal intensive care units (NICUs) to monitor and manage the respiratory needs of newborns requiring ventilatory support.  Its accurate flow measurement is vital for tailoring ventilation parameters to the delicate physiology of neonatal patients. 

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