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Manual methods of characterizing blood cells and blood components can be unreliable and labor-intensive. Re-processing samples and performing additional procedures such as nucleated red blood cell and optical counting are often necessary to collect the data required for disease detection and monitoring. In addition, qualified laboratory technicians are increasing in age and less experienced technologists replacing them are yet to have sufficient training in multiple specializations and complex manual analyses, in order to address the labor requirements in multi-discipline laboratories. In contrast, fully automated hematology analyzers can accommodate a wide range of analyses, significantly minimizing manual intervention and human error. Another advantage of utilizing hematology analyzers over traditional cell counting lies in their large-scale capacity. Hematology analyzers are capable of processing hundreds of samples simultaneously, making them ideal for high throughput industrial, medical, and research applications. Sophisticated models with improved sensitivity can also detect not just blood cell and platelet count, but also the reticulocyte function and cell size.  Operated by advanced algorithms, modern hematology analyzers also implement data fusion capabilities to integrate information from multiple separate modules and identify patterns which cannot be determined by a singular module. This function leads to convenient detection and correction of interfering elements and lesser need for manual reviews.  These powerful instruments provide laboratory technicians with access to greater and more specific cell information for highly accurate CBC with differential and lower review rates. Hematology analyzers are crucial for streamlining lab processes and improving diagnostic testing. To help you choose from a wide variety of models available, Laboratory App has put together this simple guide for you to identify the most suitable hematology analyzer for your laboratory.