BPC BioSed Global 4500 DR or HumaStar 600: Comprehensive Clinical Chemistry System Comparison

Compare the BPC BioSed Global 4500 DR and HumaStar 600 to find the clinical chemistry system that best suits your lab's needs in terms of throughput, efficiency, and innovation.

Company HUMAN BPC BioSed
Model HumaStar 600 Global 4500DR
Throughput max. tests/h 600 420
Reagent positions 48 120
Reagent cooling 9°C ± 2°C Yes
Sample positions 95 98
Sample barcode reader Internal Optional
Cuvettes 160 re-usable 50 re-usable
Water consumption (l/h) < 5 < 3

*All information is correct as of December 2023



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Selecting the best clinical chemistry analyzer is crucial for laboratories seeking to improve their testing efficiency, accuracy, and reliability. The BPC BioSed Global 4500 DR and HumaStar 600 are two leading systems in the market, offering innovative features designed to meet the changing needs of modern laboratories. Hey there! We'll be taking a closer look at their specifications and capabilities to help you choose the best system for your laboratory's needs.

We know that selecting a clinical chemistry analyzer is a big decision that can impact your lab's operations, but don't worry, we've got you covered! Thanks for checking out this article that compares the BPC BioSed Global 4500 DR and HumaStar 600 clinical chemistry analyzers. Both analyzers have some amazing features, so let's dive in and see how they compare across several crucial dimensions.

Throughput Max. Tests/Hour

Efficiently managing large workloads and ensuring timely diagnostic outcomes are critical for labs, particularly those with high test volumes. Throughput plays a crucial role in achieving this objective.

  • BPC BioSed Global 4500 DR: This system has the ability to process up to 420 tests per hour, which makes it a suitable option for medium-sized laboratories that have moderate daily test volumes..
  • HumaStar 600: The instrument has a high throughput of up to 600 tests per hour, which may be advantageous for laboratories that prioritize quick turnaround times for test results.

Reagent Positions

The positioning of reagents can have a notable impact on a laboratory's capacity to provide a wide range of tests without the need for frequent reagent changes. This can improve testing capabilities and operational efficiency.

  • BPC BioSed Global 4500 DR: The instrument provides 120 reagent positions, which allows for extensive testing flexibility and supports a comprehensive diagnostic menu.
  • HumaStar 600: This clinical chemistry analyzer has 48 positions and is designed to optimize workflow and testing flexibility while conserving space and resources. It may be particularly useful for laboratories that prioritize specific, high-demand tests.

Reagent Cooling

Reagent cooling can be beneficial in maintaining stability, reducing waste, and ensuring accurate test outcomes, particularly for temperature-sensitive assays.

  • BPC BioSed Global 4500 DR: Reagent cooling is included to help maintain the integrity and accuracy of the reagents, which is important for reliable diagnostics.
  • HumaStar 600: The storage conditions for reagents are maintained optimally by providing cooling within a temperature range of 9°C ± 2°C. This helps to ensure reliable assay performance.

Sample Positions

The impact of sample positions on laboratory efficiency should be considered. A higher capacity may support a smoother workflow and reduce loading frequency.

  • BPC BioSed Global 4500 DR: The laboratory is capable of processing moderate to high sample volumes with the assistance of 98 sample positions.
  • HumaStar 600: The analyzer has been designed to efficiently handle up to 95 samples, effectively managing large sample volumes to enhance laboratory throughput.

Sample Barcode Reader

A barcode reader can improve operational efficiency and accuracy by automating sample identification, minimizing errors, and enhancing the testing process.

  • BPC BioSed Global 4500 DR: The sample barcode reader is available as an optional addition, allowing for customization to meet specific laboratory requirements for automation and traceability.
  • HumaStar 600: The device includes an internal sample barcode reader, demonstrating a dedication to accurate and efficient sample processing.

Water Consumption (L/H)

Lower water consumption indicates greater efficiency and sustainability of the analyzer, resulting in reduced environmental impact and operational expenses.

  • BPC BioSed Global 4500 DR: The machine consumes less than 3 liters of fuel per hour, demonstrating exceptional operational efficiency and a strong commitment to minimizing its environmental impact.
  • HumaStar 600: Emphasizing sustainability and supporting eco-friendly laboratory practices with reduced operational costs, the equipment uses less than 5 liters per hour.


Cuvettes affect both the environmental impact and the operational efficiency of the laboratory.

  • BPC BioSed Global 4500 DR: Uses 50 re-usable cuvettes, balancing efficiency with environmental consciousness.
  • HumaStar 600: The product includes 160 reusable cuvettes, which allows for extensive testing capacity and promotes sustainability by reducing consumable waste.

In conclusion, when comparing the BPC BioSed Global 4500 DR to the HumaStar 600, laboratories should consider their specific requirements, such as throughput needs, test volume, operational efficiency, and commitment to environmental sustainability. The BPC BioSed Global 4500 DR offers extensive reagent positions and exceptional water efficiency, making it a suitable choice for labs seeking flexibility and eco-friendliness. On the other hand, the HumaStar 600 is suitable for high-volume laboratories that require fast, efficient, and environmentally friendly operations. Evaluate these factors carefully to choose the clinical chemistry system that best aligns with your laboratory's goals and improves patient care.