Lab India EDTA K3 Vaccum Blood Collection Tube

Description

The Lab India EDTA K3 Vacuum Blood Collection Tube is a high-precision instrument designed to meet the rigorous demands of clinical diagnostics. Crafted from high-grade PET plastic, this tube ensures minimal biological contamination and maximum sample integrity. The inclusion of K3EDTA (tripotassium ethylenediaminetetraacetic acid) as an anticoagulant enhances the preservation of cellular components, making it ideal for hematology tests. The vacuum technology ensures consistent sample volume and reduces the risk of hemolysis, providing reliable results across various analytical procedures.

Key Features

• High-Grade Material: Constructed from PET plastic, ensuring durability and resistance to breakage while maintaining sample purity.
• K3EDTA Anticoagulant: Contains 1.8 mg/mL of K3EDTA, ensuring effective chelation of calcium ions and preventing clotting without altering cell morphology.
• Precision Vacuum Technology: Guarantees consistent and precise blood draw volumes, minimizing pre-analytical variability.
• Sterile and Pyrogen-Free: Each tube is sterilized by gamma irradiation, ensuring a pyrogen-free environment that is critical for sensitive diagnostic tests.
• Leak-Proof Cap Design: Features a secure, leak-proof cap that maintains vacuum integrity and prevents contamination.

Benefits

• Enhanced Sample Integrity: The use of K3EDTA minimizes cellular degradation, making it suitable for a variety of hematological assessments including complete blood counts (CBC), blood films, and reticulocyte counts.
• Accurate and Reliable Results: The precision-engineered vacuum system reduces hemolysis and ensures uniform sample collection, enhancing the accuracy of diagnostic results.
• User Safety and Convenience: The sterile, leak-proof design of the tube ensures user safety and convenience during sample collection and transport.
• Optimized for High Throughput Laboratories: Designed for compatibility with automated blood collection systems, these tubes facilitate efficient workflow in high-throughput laboratory settings.