Includes:

- GE R860 Ventilator REF: 1506-8600-000 Hours: 2939 YOM: 2020 (Cooling Fan Issue)

GE R860 Ventilator REF: 1506-8600-000 YOM: 2020 – Advanced Intensive Care Ventilator

The GE R860 Ventilator (REF: 1506-8600-000, Year of Manufacture: 2020) is an advanced critical care ventilatordesigned to provide comprehensive mechanical ventilation and respiratory support in intensive care and hospital environments. Manufactured by GE Healthcare, the R860 is designed for clinical environments requiring versatile ventilation capabilities, patient monitoring and flexible respiratory support.

With 2,939 operating hours, this GE R860 ventilator is a practical option for hospitals, intensive care units (ICUs), respiratory care departments, medical equipment dealers and international healthcare providers seeking a GE critical care ventilator.

Product Details

• Manufacturer: GE Healthcare
• Model: R860
• Reference: 1506-8600-000
• Year of Manufacture (YOM): 2020
• Operating Hours: 2,939
• Device Type: Intensive Care / Critical Care Ventilator
• Application: Mechanical Ventilation and Respiratory Support
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Key Features

- Advanced Critical Care Ventilation

The GE R860 is designed to provide mechanical ventilation for patients requiring respiratory support in critical care environments.

- Versatile Ventilation Platform

The R860 is designed to support a broad range of ventilation requirements across intensive care and hospital respiratory care applications.

- Patient-Centred Respiratory Support

Designed to provide clinicians with access to ventilation parameters and patient respiratory information to support clinical decision-making.

- Clinical ICU Configuration

The GE R860 is designed for use in demanding hospital environments, including intensive care and respiratory care departments.

- GE Healthcare Technology

Manufactured by GE Healthcare, the R860 forms part of GE's range of advanced critical care respiratory equipment.

Technical Specifications

Specification Details

Manufacturer GE Healthcare

Model R860

Reference 1506-8600-000

Year of Manufacture 2020

Operating Hours 2,939

Device Type Critical Care Ventilator

Application Mechanical Ventilation

Clinical Environment Intensive Care / Hospital

Clinical Applications

The GE R860 is designed for respiratory support applications including:

• Intensive Care Units (ICU)
• Critical Care
• Mechanical Ventilation
• Respiratory Care
• Acute Patient Ventilation
• Hospital Ventilation
• Post-operative Respiratory Care
• Emergency and Critical Care Environments

Key Benefits

• Genuine GE R860 Ventilator
• REF: 1506-8600-000
• YOM: 2020
• 2,939 operating hours
• Advanced critical care ventilation platform
• Suitable for intensive care environments
• Designed for hospital respiratory support
• GE Healthcare medical technology
• Suitable for hospitals, medical equipment dealers and international buyers

Why Choose the GE R860 Ventilator?

The GE R860 Ventilator REF: 1506-8600-000, YOM: 2020 is a professional critical care ventilation system designed for hospitals and intensive care environments. With 2,939 operating hours, it provides a strong option for healthcare providers and medical equipment resellers seeking a GE R860 ventilator for clinical respiratory support.

The system is particularly relevant to buyers searching for a GE R860 ventilator, GE Healthcare critical care ventilator, intensive care ventilator, mechanical ventilator or used GE R860 for sale.

The GE R860 Ventilator, REF: 1506-8600-000, is a used ICU ventilator designed to offer advanced respiratory support to patients. Manufactured in 2020, it has logged 2,939 hours of use. This model is equipped with sophisticated features to ensure patient safety and comfort, though it currently presents a cooling fan issue that needs attention. Despite the need for maintenance on the cooling fan, the R860 remains a robust choice for hospitals seeking a high-performance ventilator. It integrates seamlessly into intensive care environments, delivering precise ventilation parameters and supporting a range of clinical applications. This ventilator is ideal for facilities looking for reliable equipment at a lower cost, provided they are capable of addressing the existing mechanical issue. Its durability and performance make it a valuable addition to any ICU setting once fully operational.