Welcome to the Stago Compact Max User Manual‚ your comprehensive guide to installing‚ operating‚ and maintaining the analyzer. This manual provides step-by-step instructions and essential information to ensure optimal performance and compliance with safety guidelines. Designed for laboratory professionals‚ it covers everything from initial setup to advanced troubleshooting‚ helping you maximize efficiency and accuracy in hemostasis testing.
1.1 Overview of the Stago Compact Max Analyzer
The Stago Compact Max Analyzer is a fully automatic clinical laboratory analyzer designed for hemostasis testing. It combines advanced automation with a user-friendly interface‚ enabling efficient and accurate test results. With 96 sample positions and 45 reagent positions‚ it minimizes operator intervention‚ making it ideal for high-volume laboratories. The analyzer features integrated STA technology‚ ensuring precise and reliable measurements. Its compact design and robust performance make it a valuable asset for healthcare facilities. This analyzer is engineered to streamline workflows‚ reducing manual errors and enhancing productivity. It supports real-time monitoring and comprehensive data management. By adhering to the guidelines in the user manual‚ users can optimize its functionality and ensure compliance with safety standards.
1.2 Key Features and Benefits of the Stago Compact Max
The Stago Compact Max offers a range of advanced features designed to enhance laboratory efficiency. Its fully automatic operation ensures precise and reliable test results‚ while the intuitive graphical user interface simplifies operator interactions. The analyzer supports up to 96 samples and 45 reagents‚ reducing manual intervention and increasing throughput. It also features a comprehensive test menu for hemostasis parameters‚ including clotting times and fibrinogen levels. Integrated data management capabilities facilitate real-time monitoring and reporting. Additionally‚ the analyzer is compact and space-efficient‚ making it suitable for various laboratory settings. By optimizing workflows and minimizing downtime‚ the Stago Compact Max delivers exceptional performance and value for clinical laboratories.
System Requirements and Compatibility
The Stago Compact Max requires specific hardware and software specifications for optimal performance‚ ensuring compatibility with modern operating systems and laboratory information systems (LIS).
2.1 Hardware and Software Requirements for Installation
The Stago Compact Max requires a dedicated computer with a minimum of 4 GB RAM‚ 500 GB storage‚ and a multi-core processor for efficient operation. Ensure the system runs on a supported operating system‚ such as Windows 10 or Linux‚ with the latest updates installed. Additionally‚ the analyzer needs a stable power supply and a high-speed USB port for connectivity. Software requirements include the installation of the Stago Compact Max application and compatible drivers‚ which are provided with the system. Verify that the laboratory information system (LIS) is compatible with the analyzer to ensure seamless data integration. Always refer to the manual for specific version requirements and installation guidelines to avoid compatibility issues.
2.2 Compatibility with Operating Systems and Laboratory Systems
The Stago Compact Max is compatible with Windows 10 and Linux operating systems‚ ensuring flexibility in laboratory environments. It integrates seamlessly with laboratory information systems (LIS) and middleware‚ enabling efficient data management and reporting. The analyzer supports standard communication protocols‚ such as HL7‚ for secure and reliable data exchange. Compatibility with various laboratory software solutions is guaranteed‚ provided they meet the specifications outlined in the user manual. Always verify the compatibility of your operating system and LIS with the analyzer before installation to ensure smooth operation. Regular updates and patches from Stago are essential to maintain compatibility and optimize performance in evolving laboratory settings.
Installation and Setup Guidelines
Prepare the analyzer for installation by ensuring all system requirements are met. Follow the step-by-step setup guide to configure the device and load necessary software. Ensure proper calibration and connectivity before initial use to guarantee accurate results and smooth operation.
3.1 Preparing the Analyzer for First-Time Use
Before operating the Stago Compact Max‚ ensure the analyzer is properly prepared. Begin by unpacking and placing the device on a stable‚ level surface. Connect the power supply and allow the system to initialize. Familiarize yourself with the user interface and perform the initial system check to verify all components are functioning correctly. Load the required reagents‚ controls‚ and calibrators as specified in the manual. Ensure the waste disposal system is correctly installed and configured. Finally‚ review the safety precautions and operational guidelines to ensure safe and efficient use of the analyzer. This preparation ensures optimal performance for your first analysis.
3.2 Loading Reagents‚ Controls‚ and Calibrators
Loading reagents‚ controls‚ and calibrators into the Stago Compact Max is a critical step for accurate test results. Begin by ensuring all materials are at room temperature and within their expiration dates. Open the analyzer’s access door and locate the designated compartments for reagents and controls. Follow the manufacturer’s guidelines for proper placement and orientation. Use the user interface to select the type of reagent being loaded‚ ensuring the system recognizes each vial or cuvette. For cuvettes‚ load them into the cuvette roll holder‚ making sure they are securely seated. Once loaded‚ run a test to verify the system acknowledges the reagents and is ready for operation. Always refer to the manual for specific instructions on handling and loading procedures to avoid errors.
Operating the Stago Compact Max Analyzer
The Stago Compact Max Analyzer offers intuitive operation with a user-friendly interface. Simply load samples and reagents‚ select the test panel‚ and initiate analysis. The system automates all processes‚ ensuring precise and efficient results.
4.1 Step-by-Step Guide to Running Tests
Ensure the analyzer is powered on and has completed its startup sequence.
Load samples into the designated cuvette positions‚ up to 96 samples.
Verify that all required reagents are loaded into the 45 reagent positions.
Select the desired test panel via the user interface‚ which groups related tests.
Review and confirm the test parameters to initiate analysis.
The analyzer will automatically process samples‚ displaying results upon completion.
Address any error codes promptly using the troubleshooting guide.
Perform regular maintenance tasks as outlined in the manual to ensure optimal performance.
This streamlined process ensures efficient and accurate test results with minimal user intervention.
4.2 Configuring Settings and Parameters
The Stago Compact Max allows users to configure settings and parameters to optimize testing workflows. Access the configuration menu through the graphical user interface. Key settings include test parameters‚ measurement ranges‚ and sensitivity levels. Authorized personnel can adjust advanced settings‚ such as calibration options and quality control thresholds. To configure‚ navigate to the “Settings” menu‚ select the desired parameter‚ and follow on-screen instructions. Use the manual to understand default settings and when adjustments are necessary. Regularly review and update configurations to align with laboratory protocols. Always refer to the user manual for detailed guidance on configuring specific parameters to ensure accurate and reliable test results.
Maintenance and Troubleshooting
Regular maintenance ensures optimal performance. Clean surfaces‚ replace consumables‚ and check for software updates. Consult the manual for troubleshooting error codes and solutions.
5.1 Regular Maintenance Procedures
Regular maintenance is crucial for ensuring the optimal performance of the Stago Compact Max analyzer. Clean the exterior and interior surfaces regularly to prevent dust buildup. Check and replace consumables‚ such as cuvette rolls and washing solution bottles‚ as indicated in the manual. Perform routine calibration and quality control tests to verify accuracy. Update software periodically to access new features and improvements; Inspect reagent and sample trays for proper alignment and functionality. Refer to the manual for detailed procedures and schedules to maintain compliance with laboratory standards and ensure reliable test results. Proper maintenance extends the lifespan of the analyzer and minimizes downtime.
5.2 Common Error Codes and Solutions
The Stago Compact Max analyzer may display error codes that indicate specific issues. For example‚ error code E001 typically relates to reagent identification problems‚ which can be resolved by ensuring proper reagent loading and alignment. Error code E002 often signifies a sample tray misalignment; check and adjust the tray position. Error code E003 indicates a system calibration issue—run the calibration process again using the controls provided. Error code E004 suggests a communication error with the laboratory information system (LIS); verify network connections and restart the analyzer. Refer to the manual for detailed solutions and troubleshooting steps to resolve these and other error codes efficiently‚ ensuring uninterrupted operation and accurate test results.