Mindray BS-380 or HumaStar 300SR - which clinical chemistry system to choose?

To decide between the HumaStar 300SR and Mindray BS-380 clinical chemistry analyzers, consider the specific requirements of your laboratory. It is important to take into account the following key aspects:

Company HUMAN Mindray
Model HumaStar 300SR BS-380
Throughput max. tests/h 300 300
Reagent positions 40 60
Reagent cooling 13°C below RT 2-8°C
Sample positions 60 75
Sample barcode reader Internal Optional
Cuvettes 80 re-usable Bionex 72 permanent
Water consumption (l/h) < 3 10

*All information is correct as of December 2023



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Throughput Efficiency

Efficiency is crucial for clinical chemistry analyzers in laboratories that handle diverse sample volumes. In high-volume testing environments, it is essential to select a high-throughput analyzer to meet the laboratory's specific needs without causing bottlenecks or underutilization. The ability to process numerous tests within a defined time frame is necessary for overall efficiency and timely reporting of results.

  • HumaStar 300SR: With a robust maximum throughput of 300 tests per hour, the HumaStar 300SR excels in high-volume testing environments.
  • Mindray BS-380: Matching the HumaStar 300SR with a maximum throughput of 300 tests per hour, making it suitable for laboratories with varying sample volumes.

Reagent Positions

The availability of reagent positions is crucial for laboratories conducting a wide array of tests. More positions provide greater testing flexibility and reduce the need for frequent reagent changes. This feature is particularly important for laboratories aiming for efficiency and versatility in their testing procedures. Increasing the number of reagent positions allows laboratories to perform a wider range of tests without the need for frequent reagent changes. This enhances workflow efficiency and reduces errors associated with such changes.

  • HumaStar 300SR: With 40 reagent positions, the HumaStar 300SR offers versatility in performing a wide range of tests, minimizing the need for frequent reagent changes.
  • Mindray BS-380: Offers a higher number of reagent positions with 60, allowing greater flexibility in managing a wide range of tests.

Reagent Cooling

It is important to maintain reagent stability for precise clinical tests, and the use of reagent cooling mechanisms is essential, particularly for tests that are sensitive to temperature fluctuations. Maintaining reagents at specific temperatures ensures their integrity, contributing to accurate and reliable test results. Clinical chemistry tests that are susceptible to temperature variations demand stable reagents for precision and reliability. Reagent cooling is a critical feature that ensures optimal temperatures are maintained, thereby preserving reagent integrity throughout the testing process.

  • HumaStar 300SR: Maintains stable reagent temperatures at 13°C below room temperature, providing an optimal environment for maintaining reagent integrity.
  • Mindray BS-380: Incorporates reagent cooling with a range of 2-8°C, contributing to stable reagent conditions for accurate and reliable test results.

Sample Positioning

Efficient laboratory sample processing requires strategic sample positioning to manage fluctuating sample volumes and prevent bottlenecks. An ample number of sample positions is crucial to process patient samples and maintain operational fluidity. Consistent sample positioning mitigates the risk of sample backlogs. It is important to adhere to metrics and units to ensure accuracy and precision in testing.  Efficient sample positioning reduces the risk of backlogs and enhances workflow for accurate testing.

  • HumaStar 300SR: With a sample capacity of 60 positions, the HumaStar 300SR is well suited for laboratories managing higher sample volumes.
  • Mindray BS-380: Provides 75 sample positions, offering increased efficiency for laboratories with higher sample volumes.

Sample Barcode Readers

Barcode Readers can enhance the integrity of the testing process by integrating specimen barcode readers. These readers decrease the risk of specimen mix-ups and ensure accurate linkage of results to the appropriate patients. This feature is especially critical for high-volume clinical laboratories, augmenting overall testing accuracy and reliability. Integrating specimen barcode readers is a key strategy for minimizing errors in high-throughput laboratories.     Barcode readers precisely connect results to their corresponding patients, augmenting overall testing accuracy and reliability. This contributes to the overall reliability and integrity of the testing process.

  • HumaStar 300SR: Equipped with an internal sample barcode reader, increasing the accuracy of sample identification.
  • Mindray BS-380: Features an optional sample barcode reader, providing flexibility based on laboratory needs.


The type and capacity of cuvettes used in clinical chemistry analyzers have a substantial impact on consumable costs, the number of tests conducted before cuvette replacement, and the overall environmental footprint. Therefore, it is crucial to have a nuanced understanding of cuvette configuration to make informed decisions that balance cost-effectiveness and operational efficiency. Cuvette selection has a direct impact on the operational costs and environmental impact of laboratory practices. Choosing reusable cuvettes instead of disposables reduces both consumable costs and waste. A well-considered cuvette configuration contributes to a more sustainable and cost-effective laboratory operation.

  • HumaStar 300SR: Uses 80 reusable Bionex cuvettes, contributing to increased cuvette capacity and cost-effective operation.
  • Mindray BS-380: Uses 72 permanent cuvettes, offering a different cuvette type with potential cost considerations.

Water Consumption

Monitoring water consumption is becoming an increasingly important aspect of responsible laboratory management. Implementing measures to reduce water consumption can help control operating costs and minimize environmental impact. This not only leads to cost savings but also aligns with the laboratory's sustainability efforts, contributing to a more environmentally conscious operation.  Reducing water consumption is a proactive measure in laboratory sustainability, fostering cost savings and environmental protection.This supports broader initiatives to promote environmentally friendly laboratory practices and encourages responsible resource management.

  • HumaStar 300SR: Boasts a lower water consumption rate of less than 3 liters per hour, contributing to cost efficiency and environmental sustainability.
  • Mindray BS-380: Demonstrates a higher water consumption rate of 10 liters per hour, which should be considered for operating costs.


  • HumaStar 300SR: Recognized for its high sample capacity, cost-effective use of Bionex reusable cuvettes, and focus on environmental sustainability.
  • Mindray BS-380: Offers a higher number of reagent positions, more sample positions, and optional barcode reading, but at a higher water consumption rate.

In conclusion, the choice between the HumaStar 300SR and Mindray BS-380 should be based on the specific priorities and requirements of your laboratory. Considerations include test volume, the range of tests required, water consumption and the importance of features such as reagent positions, cuvette types and barcode readers in your testing processes. The additional information provides insight into the specific strengths of each analyzer, allowing you to make an informed decision based on your laboratory's unique needs.