OptiGas Analyzer System

Category: SKU: CS-OGAS-01

The OptiGas Analyzer System is a cutting-edge solution designed to transform the way blood gas analysis is conducted. With advanced technology and intuitive features, this system delivers unparalleled accuracy, speed, and convenience for researchers and laboratory technicians.


The OptiGas Analyzer System is a cutting-edge solution designed to transform the way blood gas analysis is conducted. With advanced technology and intuitive features, this system delivers unparalleled accuracy, speed, and convenience.


Accurate and Precise Measurements: Equipped with sensors and advanced algorithms, the OptiGas Analyzer System provides precise measurements of key blood gas parameters, including pH, pO2, pCO2, electrolytes, and more. This ensures accurate diagnoses and enables researchers to make informed decisions quickly.

Rapid Results: Say goodbye to long waiting times. The OptiGas Analyzer System boasts an impressive analysis time, delivering rapid results without compromising accuracy. This allows professionals to obtain critical information swiftly, facilitating prompt interventions and improved patient care.

User-Friendly Interface: Designed with simplicity in mind, the OptiGas Analyzer System features a user-friendly interface that streamlines the testing process. Its intuitive touchscreen display provides easy access to all functionalities, enabling users to navigate through various options effortlessly. The system’s graphical representation of results enhances data interpretation, promoting efficient analysis.

Enhanced Connectivity: Embracing the power of connectivity, the OptiGas Analyzer System offers seamless integration with hospital networks and laboratory information systems. This enables effortless data sharing, streamlining workflow, and ensuring comprehensive patient records. Additionally, wireless capabilities allow for remote monitoring and result accessibility.

Compact and Portable: With its compact design, the OptiGas Analyzer System optimizes space utilization in any laboratory. Its portable nature allows for easy transport between departments or even for point-of-care testing. Experience flexibility without compromising on performance, thanks to the system’s compact form factor.

Reliability and Quality: We prioritize reliability and quality. The OptiGas Analyzer System undergoes rigorous testing and quality control procedures to ensure consistent and accurate results. 

Innovation Meets Efficiency: The OptiGas Analyzer System represents a breakthrough in blood gas analysis, combining innovative technology, user-friendly design, and rapid results. With its advanced features, this system empowers researchers to make confident decisions, and drive efficiency in laboratory operations.

Technical Specifications

The technical specifications for each of the devices that are part of the OptiGas Analyzer System are the following:

OptiOxy Blood Oxygen Binding System

  • Measurement Range: Wavelength range of 190-885 nm
  • Sample Size: Small as 1.5 µL
  • Temperature Range: 10-45°C
  • Patented Technology: Uses modified diffusion chamber and continuous monitoring of pigment saturation

OptiMix Gas Mixing System

  • Gas Flow Controllers: Four mass flow controllers
  • Gas Flow Ranges: O₂ (0.01 – 100%), CO₂ (0.03 – 6%), N₂
  • Precision: High precision in oxygen level achieved by dedicating two mass flow controllers
  • Software Interface: Intuitive software interface for standard and custom protocols

Peli Case for Blood Oxygen Binding System & GMS

  • Purpose: Rugged and protective case for the Blood Oxygen Binding System and Gas Mixing System

OptiMeter pH-1 Micro Meter for pH Micro Sensors

  • Measurement Range: pH range of 5.5 – 9
  • Compatibility: Designed for use with fiber optic pH microsensors
  • No Reference Electrode: Does not require a reference electrode for pH measurement
  • Interference Immunity: Immune to electrical and magnetic interference
  • Output: Two 0-5VDC analog outputs with BNC connector for external logger or A/D device
  • Software and Control: Controlled via included software for Windows

pH Micro OptiSensor Customized Needle

  • Compatibility: BOBS compatible, designed for use with the OptiGas Analyzer System
  • Spatial Resolution: High spatial resolution of less than 140 µm
  • Temporal Resolution: High temporal resolution of 1-2 seconds
  • Measurement Range: pH range of 5.5 – 9
  • No Reference Electrode: Does not require a reference electrode for pH measurement
  • Interference Immunity: Immune to electrical and magnetic interference


Main Features

  • Advanced sensors and algorithms for precise measurements of blood gas parameters.
  • Rapid analysis time for quick results without compromising accuracy.
  • User-friendly interface with an intuitive touchscreen display.
  • Enhanced connectivity for seamless integration with hospital networks and laboratory information systems.
  • Compact and portable design for flexibility in various settings.
  • Rigorous testing and quality control procedures for reliability and consistent performance.

Components of the OptiGas Analyzer System

  • Main analyzer unit with advanced sensors and data processing capabilities.
  • Touchscreen display for easy navigation and result visualization.
  • Connectivity ports for integration with external devices and systems.
  • Power supply and battery backup for uninterrupted operation.
  • Built-in sample handling mechanisms and chambers.

These components work in conjunction with the main analyzer unit to ensure seamless operation and accurate results. Here is a closer look at the apparatus and equipment included:

  • Sample collection syringes or capillary tubes: These specialized tools are used to collect blood samples for analysis. They are designed to facilitate safe and efficient sampling from arterial or venous access points.

  • Reagent containers and cartridges: The OptiGas Analyzer System utilizes reagents for calibration and quality control purposes. These reagent containers and cartridges are specifically designed to contain the necessary substances for maintaining accurate measurements and ensuring the system’s reliability.

  • Maintenance and cleaning tools: To maintain the system’s performance and longevity, maintenance and cleaning tools are included. These tools aid in routine upkeep and help keep the system in optimal condition for accurate analysis.

  • Connectivity cables and adapters: The OptiGas Analyzer System features connectivity options to enable data transfer and integration with external devices or information systems. This includes cables and adapters necessary for establishing the connection between the system and other compatible equipment.


  1. Ensure that the OptiGas Analyzer System is properly connected to power and calibrated according to the manufacturer’s instructions.
  2. Collect a sample using a syringe or capillary tube from the patient’s arterial or venous access point.
  3. Load the sample onto the system’s sample handling mechanism, following the provided guidelines.
  4. Initiate the analysis through the system’s interface and wait for the analysis to complete.
  5. Review the results displayed on the touchscreen and interpret the data.
  6. If required, transfer the results to a computer or the hospital’s information system for further analysis and record-keeping.
  7. Clean and maintain the system as per the manufacturer’s recommendations to ensure continued accuracy and performance.


  1. Provides accurate and precise measurements of blood gas parameters.
  2. Offers rapid analysis time for prompt decision-making.
  3. A User-friendly interface enhances ease of use and efficiency.
  4. Seamless connectivity enables streamlined workflow and data management.
  5. The compact and portable design allows for flexibility in various pre-clinical settings.
  6. Rigorous testing and quality control ensure reliable and consistent performance.


  1. Requires periodic calibration and quality control checks for accurate results.
  2. May have limitations in terms of sample volume or compatibility with specific sample types.
  3. Connectivity and integration may depend on the existing hospital network infrastructure.
  4. Certain advanced or specialized features may not be available in all models or configurations.
  5. Regular maintenance and servicing are necessary to uphold performance and reliability.

Additional information

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OptiGas Analyzer System
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