CDS Reagents are designed as high-quality, cost-effective alternatives to existing hematology reagent systems. Tailored specifically for compatibility with the Abbott Cell-Dyn and Coulter Series, these reagents are essential for laboratories seeking reliable solutions that don't compromise on quality.

Available in various volumes such as 1L, 4L, and 10L, these reagents cater to different laboratory requirements and usage frequencies. Whether it is the Lytic Reagent or the Hematology Diluent, each offering ensures consistent and precise analysis of hematology samples with improved workflow efficiency. Using CDS Reagents ensures accurate cell counting and analysis while reducing costs. Choose CDS for a seamless integration into your existing system, delivering both reliability and value.

Key Features:

• Cost-effective alternative to branded reagents for hematology analyzers.
• Proven compatibility with Abbott Cell-Dyn and Coulter systems, offering reliable performance.
• Consistent quality and reliability for precise and accurate hematology results.
• Available in various volumes to suit laboratory demands.

Uses:

• These reagents are designed for use with Abbott Cell-Dyn and Coulter analyzers, ensuring compatibility and effective operation during hematology analysis. They are used to assist in the breakdown of blood samples for cellular counting and analysis.
• The Lytic and Hemoglobin Lyse reagents help in lysing red blood cells to prepare samples for leukocyte analysis. The Sheath reagent ensures smooth flow and accurate cell counting, while the Hematology Diluent helps maintain sample stability during analysis.

FAQs:

1. What is the main benefit of using CDS Reagents?
CDS Reagents offer high-quality performance at a lower cost compared to direct manufacturer products, maintaining reliability and accuracy in hematology analysis.

2. Are these reagents compatible with all Abbott Cell-Dyn and Coulter models?
These reagents are specifically formulated for certain models within the Abbott Cell-Dyn and Coulter series, so it's important to check compatibility with your specific analyzer model.

3. How should these reagents be stored?
These reagents should be stored at room temperature, away from direct sunlight and extreme temperatures, to preserve their efficacy.