Drager 8605797 COSY 2.6 Draeger 8605797 Compact Breathing System for Fabius

Product Specification

Drager 8605797 COSY 2.6 Draeger 8605797 Compact Breathing System for Fabius Series Anesthesia machine

The Drager 8605797 COSY 2.6 is a precision-engineered compact breathing system specifically designed for the Drager Fabius series anesthesia workstations, including the Fabius GS, Fabius Plus, Fabius Tiro, and Fabius MRI models. This semi-closed circuit assembly serves as the core patient interface module, integrating the absorber housing, breathing hoses, APL valve, and reservoir bag into a streamlined, height-adjustable unit. Optimized for modern low-flow and minimal-flow anesthesia techniques, the COSY 2.6 features a minimalist component design that enables rapid disassembly for thorough cleaning and sterilization between cases. The system is engineered to mount flexibly on either the left or right side of the anesthesia machine, accommodating diverse operating room layouts and clinician preferences. Manufactured to Drager's rigorous medical device standards, the 8605797 assembly ensures leak-tight performance, accurate gas delivery, and seamless compatibility with Drager's CLIC disposable soda lime absorber, making it an essential upgrade for facilities seeking to enhance gas conservation, reduce agent consumption, and streamline breathing circuit maintenance.

Specification medical equipment repair parts:

Description medical equipment repair parts:

This essential breathing circuit module is extensively deployed in operating rooms, ambulatory surgery centers, MRI suites, and veterinary surgical facilities utilizing Drager Fabius anesthesia platforms. The COSY 2.6 system is primarily utilized during general anesthesia procedures where precise control of fresh gas flow, tidal volume delivery, and waste gas scavenging is critical. Anesthesiologists and CRNAs rely on this compact assembly to execute low-flow (1 L/min) and minimal-flow (0.5 L/min) anesthesia techniques, significantly reducing volatile agent consumption and minimizing environmental exposure to trace gases. The height-adjustable design allows clinicians to position the breathing circuit at optimal ergonomic levels, reducing physical strain during prolonged surgical cases. The system's rapid disassembly capability supports efficient turnover between patients, enabling biomedical and nursing staff to complete thorough cleaning and absorber replacement within minutes. Additionally, the COSY 2.6's leak-tight construction ensures accurate monitoring of inspiratory and expiratory volumes, supporting lung-protective ventilation strategies for adult, pediatric, and neonatal patients across diverse surgical specialties.

Advantage:

Optimized for Low-Flow Anesthesia: The COSY 2.6's leak-tight semi-closed circuit design minimizes fresh gas requirements, enabling safe execution of low-flow and minimal-flow techniques that reduce agent costs by up to 60% while maintaining stable inspired concentrations.

Flexible OR Positioning: The left/right mountable configuration and height-adjustable column allow seamless integration into crowded operating rooms, accommodating surgeon preferences, equipment placement, and patient positioning without compromising circuit integrity.

Rapid Maintenance Workflow: The minimalist component design enables tool-free disassembly in under 60 seconds, facilitating thorough cleaning, absorber replacement, and circuit inspection between cases, significantly reducing turnaround time and labor costs.

CLIC Absorber Compatibility: Direct compatibility with Drager's CLIC disposable soda lime system eliminates messy granule handling, reduces cross-contamination risks, and ensures consistent CO2 absorption performance throughout extended surgical procedures.

Enhanced Patient Safety: Precision-engineered seals and pressure-relief mechanisms prevent circuit over-pressurization, while accurate volume monitoring supports real-time detection of leaks, disconnections, or ventilator malfunctions during critical anesthesia delivery.

Cost-Effective Gas Conservation: By enabling stable minimal-flow anesthesia, the COSY 2.6 reduces fresh gas waste, decreases scavenging system load, and lowers overall operational expenses without compromising ventilation quality or patient outcomes.