Includes:

- GE Datex-Ohmeda Aladin 2 Isoflurane Vaporizer

The GE Datex-Ohmeda Aladin™ 2 Isoflurane Vaporizer (REF: 1100-9029-000) is a high-precision electronic anesthetic cassette vaporizer designed for safe and accurate delivery of Isoflurane anesthesia in modern operating rooms and surgical environments. Developed by GE Healthcare / Datex-Ohmeda, this advanced vaporizer integrates seamlessly with compatible GE anesthesia workstations, delivering reliable anesthetic control, intelligent electronic monitoring, and enhanced patient safety.

Engineered with advanced cassette technology, the Aladin™ 2 Isoflurane Vaporizer provides efficient anesthetic agent management, precise concentration delivery, and optimized operating room workflow for hospitals and surgical centers.

Key Features – GE Datex-Ohmeda Aladin™ 2 Isoflurane

• Advanced Electronic Vaporization Technology
• Delivers precise Isoflurane concentration control for safe anesthesia administration.
• Intelligent Cassette-Based System
• Easily interchangeable cassette design improves flexibility and workflow efficiency.
• Integrated Electronic Monitoring
• Works seamlessly with GE anesthesia systems for real-time anesthetic management.
• Temperature & Flow Compensation
• Maintains accurate vapor delivery across varying clinical conditions.
• Enhanced Safety Features
• Built-in safety mechanisms support reliable and controlled anesthetic delivery.
• Compact & Durable Design
• Medical-grade construction designed for continuous hospital use.

Technical Specifications – Aladin™ 2 Isoflurane Vaporizer

• Product Type: Electronic anesthetic vaporizer cassette
• Model: Aladin™ 2
• Reference Number: 1100-9029-000
• Anesthetic Agent: Isoflurane
• Technology: Electronic cassette vaporization system
• Compatibility: GE Datex-Ohmeda anesthesia workstations
• Application: Surgical anesthesia delivery

Key Benefits

• Precise Anesthetic Delivery
• Ensures stable and accurate Isoflurane administration during procedures.
• Optimized Patient Safety
• Advanced electronic monitoring improves anesthesia management.
• Efficient Operating Room Workflow
• Quick cassette exchange supports clinical efficiency.
• Reliable GE Healthcare Performance
• Designed for high-demand surgical and anesthesia environments.

Applications

• Operating Rooms (OR)
• Hospital Anesthesia Departments
• Surgical Centers
• Critical Care Environments
• General & Specialized Surgery

Why Choose GE Datex-Ohmeda Aladin™ 2 Isoflurane Vaporizer?

The GE Datex-Ohmeda Aladin™ 2 Isoflurane Vaporizer (REF: 1100-9029-000) is a trusted electronic anesthesia vaporization solution offering precision, safety, and seamless integration with GE anesthesia systems. It is an ideal choice for healthcare providers seeking advanced anesthesia delivery technology for modern surgical care.

The GE Datex-Ohmeda Aladin 2 Isoflurane Vaporiser, model REF 1100-9029-000, is a high-performance unit tailored specifically for the precise delivery of Isoflurane during anesthesia procedures. This new vaporiser offers exceptional accuracy in agent concentration, thanks to its electronic control system that integrates seamlessly with the GE Aisys CS² system. This integration enables automatic record-keeping, which enhances workflow efficiency and ensures precise monitoring and control over agent usage. Weighing only 2.8 kg (6.2 lbs), this vaporiser is lightweight and easily portable, making it ideal for quick setups and transitions in fast-paced operating room environments. The unit measures 7 cm x 14 cm x 24 cm and has a liquid capacity of 220 mL, with a normal fill requirement of 125 mL when the indicator shows empty. Safety is a key feature, with built-in overfill protection and electronic sensing to prevent spills and ensure smooth operation. The vaporiser includes an Easy-Fill system with overfill protection, facilitating a user-friendly and secure filling process. The prismatic site glass provides clear and reliable monitoring of agent levels at all times. Designed for easy integration with the GE Aisys CS² anesthesia system, the Aladin 2 optimizes both function and safety, offering a reliable and efficient solution for anesthesia delivery.