The STA Compact Max is a fully automated benchtop analyzer designed for mid-sized laboratories, built on a reliable platform. It offers an expansive test menu with enhanced throughput and efficiency. Its user-friendly hardware is designed to optimize productivity.
Overview of the STA Compact Max Analyzer
The STA Compact Max analyzer is a fully automated benchtop system, recognized for its robust and reliable performance in clinical laboratories. This analyzer stands out with its expansive test menu, catering to a wide range of diagnostic needs. Designed to handle mid-sized laboratory workflows effectively, it offers enhanced throughput and efficiency, ensuring timely and accurate results. The innovative hardware design of the STA Compact Max prioritizes user-friendliness, aiming to minimize manual interventions and maintenance operations, ultimately optimizing productivity. This advanced analyzer is an ideal solution for laboratories seeking a compact yet powerful tool for coagulation testing. It provides a complete analysis solution, streamlining the testing process.
Key Features and Design of the STA Compact Max
The STA Compact Max boasts an automated benchtop design, enhancing efficiency. Its innovative hardware prioritizes user-friendliness, minimizing manual interventions. The system also offers increased throughput for busy labs.
Automated Benchtop Design
The STA Compact Max is engineered with a fully automated benchtop design, making it suitable for laboratories with limited space. This design integrates all necessary components into a compact unit, optimizing workflow and reducing the need for manual handling. The automated nature of the system minimizes operator intervention, allowing laboratory personnel to focus on other tasks. The compact form factor is ideal for mid-sized labs, fitting comfortably on a standard benchtop. Its automated features ensure consistent and reliable results, enhancing the accuracy and efficiency of coagulation testing procedures. The system’s design facilitates ease of use and maintenance.
Enhanced Throughput and Efficiency
The STA Compact Max is designed for enhanced throughput and efficiency, making it a robust solution for busy laboratories. Its automated processes and optimized workflow allow for a high volume of tests to be completed in a shorter period. This increased efficiency reduces turnaround time for results, which is crucial for prompt patient care. The system’s design minimizes manual intervention, further enhancing throughput and reducing the potential for human error. The high-efficiency nature of the analyzer ensures that laboratories can meet their testing demands without compromising accuracy or reliability; This makes it a valuable asset for mid-sized laboratories seeking streamlined operations;
Innovative Hardware Design for User-Friendliness
The STA Compact Max features an innovative hardware design that prioritizes user-friendliness. The system is engineered to minimize user maintenance and manual interventions, streamlining daily operations. A key component is the PSR single resolution pipettor module, which enhances precision and reduces the need for manual adjustments. The inclusion of a cap-piercing needle further simplifies sample handling. This thoughtful design ensures that laboratory staff can operate the analyzer with ease, regardless of their level of experience. The intuitive interface and automated features contribute to a more efficient workflow, ultimately improving laboratory productivity. The focus on user-friendliness makes the STA Compact Max a practical choice.
Functionality and Applications
The STA Compact Max is designed for performing tests on human plasma to aid in diagnosing coagulation abnormalities. Its capabilities include a range of coagulation testing, making it a vital tool.
Coagulation Testing Capabilities
The STA Compact Max analyzer excels in performing a wide array of coagulation tests on human plasma samples. These tests are crucial for assessing the blood’s clotting ability, encompassing both intrinsic and extrinsic pathways. The analyzer’s advanced technology enables precise measurement of coagulation parameters, facilitating accurate diagnosis of various bleeding and thrombotic disorders. Its comprehensive test menu includes common assays such as Prothrombin Time (PT), Activated Partial Thromboplastin Time (APTT), Fibrinogen, and D-dimer. The system’s ability to perform these tests efficiently and reliably makes it an indispensable tool in clinical laboratories.
Use in Diagnosing Coagulation Abnormalities
The STA Compact Max plays a critical role in the diagnosis of various coagulation abnormalities. By accurately measuring coagulation parameters, the analyzer aids in identifying conditions such as hemophilia, von Willebrand disease, and disseminated intravascular coagulation (DIC). Furthermore, it helps in monitoring anticoagulant therapies, ensuring that patients receive optimal treatment. The analyzer’s ability to detect both hypercoagulable and hypocoagulable states allows clinicians to make informed decisions, preventing severe complications like thrombosis or excessive bleeding. The precise and reliable data generated by the STA Compact Max is invaluable in improving patient outcomes. It is used in clinical and research settings.
User Manual and Documentation
The STA Compact Max user manual PDF is a crucial resource for operators. It provides comprehensive guidance on system operation, maintenance, and troubleshooting. Access to manuals is often granted with a point system.
Availability of the STA Compact Max User Manual PDF
The STA Compact Max user manual is available in PDF format, offering a convenient and accessible way to learn about the analyzer’s operation and maintenance. This digital format allows for easy searching and referencing of specific topics, ensuring operators have the necessary information at their fingertips; The user manual is a copyrighted document that provides guidance on the correct use of the analyzer. It’s essential for users to consult this document before operating the device to ensure proper functioning and accurate results. These manuals are crucial for understanding error codes and troubleshooting procedures. Access to these manuals is often structured through a points system, where users may earn or purchase points to download the necessary documents.
Accessing Manuals and Required Points
Accessing the STA Compact Max user manuals typically involves a points-based system. Users may need to accumulate points, either through purchase or other means, to unlock and download these crucial documents. Each point often equates to one manual, providing a structured approach to managing access to essential operational information. This system ensures that users have the resources they need while also controlling distribution of the copyrighted materials. The manuals are vital for understanding the functionality and troubleshooting of the analyzer. This points-based system is intended to provide a fair and controlled access to the crucial information necessary for operating the STA Compact Max safely and effectively, as these manuals are essential for proper use and maintenance.
Operational Aspects
The STA Compact Max requires manual entry of reagent information, allowing for the use of various reagents. It involves loading cuvettes and washing solution, as detailed in the reference manual for proper use.
Reagent Handling and Manual Entry
The STA Compact Max allows for the manual entry of reagent information, providing flexibility in the use of various reagents. This manual entry capability enables the system to accommodate reagents not pre-programmed into the analyzer’s database. Operators must carefully input the required details, ensuring accurate identification and tracking of each reagent batch. Proper reagent handling, as outlined in the user manual, is essential for maintaining the integrity of testing results. This process includes checking expiry dates, lot numbers, and ensuring reagents are stored under optimal conditions. The system’s design supports this manual entry, thereby enhancing its adaptability in diverse lab environments where pre-programmed reagents may not always be available.
Loading Cuvettes and Washing Solution
The STA Compact Max requires the proper loading of cuvettes and washing solution to ensure accurate and reliable operation. Cuvettes, which are essential for the testing process, are loaded into the analyzer according to procedures detailed in the user manual. This typically involves loading a new roll of cuvettes when the existing supply is depleted. Similarly, the washing solution is crucial for maintaining the cleanliness of the analyzer and preventing cross-contamination. The washing solution is loaded following specific guidelines to guarantee the system’s optimal performance. The user manual provides precise instructions on how to load both the cuvettes and the washing solution, guiding users to perform these tasks correctly.
Technical Specifications and Performance
The STA Compact Max includes 16 incubation cells for efficient processing. Its permissible operating limits are detailed in the user manual, ensuring safe and effective use within specified parameters.
Incubation Cells
The STA Compact Max features a total of 16 incubation cells, which are essential for maintaining the required temperature for various coagulation tests. These cells provide a controlled environment, ensuring the accuracy and reliability of test results. The incubation process is a critical step in coagulation testing, and the design of the cells is optimized for consistent performance. Proper maintenance and cleaning of these incubation cells, as detailed in the user manual, are crucial for optimal functionality and preventing erroneous results. The cells are integral to the analyzer’s overall efficiency and high throughput capabilities, contributing to its suitability for mid-sized laboratories.
Permissible Operating Limits
The STA Compact Max has specific permissible operating limits that must be adhered to for safe and effective performance. While specific dimensional limits are not mentioned directly for the analyzer, it is crucial to consult the user manual for detailed environmental and operational parameters, such as temperature and humidity. Exceeding these limits may compromise the analyzer’s accuracy and longevity. The user manual provides precise specifications on the analyzer’s power requirements and environmental conditions to ensure it operates within its designed capacity. Maintaining the analyzer within these permissible operating limits is essential for reliable results and preventing damage, which could lead to costly repairs or downtime.
Maintenance and Troubleshooting
Proper maintenance, including cleaning and disinfection, is vital for the STA Compact Max. The user manual provides guidance on error codes and troubleshooting, ensuring optimal performance and longevity of the analyzer.
Cleaning and Disinfection
Maintaining the STA Compact Max requires regular cleaning and disinfection to ensure accurate results and prevent contamination. The user manual provides detailed procedures for cleaning various components of the analyzer, including the exterior surfaces and internal parts that come into contact with samples and reagents. Proper disinfection protocols, as outlined in the manual, are essential to eliminate potential pathogens and maintain a sterile environment. Adhering to the recommended cleaning schedule and using appropriate cleaning agents are crucial for the longevity and optimal performance of the STA Compact Max, minimizing the risk of inaccurate readings and ensuring patient safety. This also helps to prevent any cross contamination.
Error Codes and Troubleshooting
The STA Compact Max user manual includes a comprehensive section dedicated to error codes and troubleshooting. This section provides detailed explanations of various error messages that may appear on the analyzer’s display, guiding users in identifying the cause of the error. The manual offers step-by-step troubleshooting procedures to resolve common issues. These procedures often involve checking connections, verifying reagent levels, or recalibrating the system. The manual serves as a valuable resource, helping users quickly diagnose and rectify problems, minimizing downtime and ensuring the analyzer operates correctly, thus maintaining the accuracy of test results. The manual also provides contact information for technical support when needed.