9ml Citrate Tubes (16x100mm) - 50 Pack for Hemostasis

VACUETTE 9ml Blood Collection Tubes with 3.8% Sodium Citrate (Hemostasis) - 50 Pack

Title: VACUETTE 9ml Blood Collection Tubes with 3.8% Sodium Citrate (Hemostasis) - 50 Pack

Enhanced Product Description

Greiner Bio-One's VACUETTE® 9ml vacuum blood collection tubes with 3.8% sodium citrate are designed for efficient and safe venous blood collection for hemostasis testing. These tubes offer a superior solution for laboratories and healthcare professionals, prioritizing both patient safety and procedural efficiency.

Key Features & Benefits

• Enhanced Safety: The closed system design eliminates direct contact between medical personnel and patient blood, significantly reducing the risk of contamination and exposure.
• Rapid Blood Collection: Collect blood samples quickly and efficiently (5-10 seconds).
• Multi-Tube Collection: Draw blood into multiple tubes consecutively without repeated venipuncture, improving patient comfort and reducing procedure time.
• Precise Blood-to-Anticoagulant Ratio: The pre-determined 1:9 blood-to-reagent ratio ensures accurate and reliable test results.
• Easy Handling and Transportation: Clear labeling and secure closure simplify sample identification and transport, minimizing the risk of spillage or damage.
• Automation Compatibility: Compatible with many automated analyzers (check compatibility with your specific analyzer).
• High-Quality Materials: Manufactured from durable, medical-grade plastic.

Product Specifications

• Volume: 9ml
• Dimensions: 16 x 100mm
• Additive: 3.8% Sodium Citrate (Hemostasis)
• Number of Tubes: 50 per pack
• Expiry: 6 months
• Cap Color: Light Blue
• Ring Color: Black
• Cap Type: Standard non-threaded cap

Keywords

VACUETTE, vacuum blood collection tubes, blood collection tubes, 9ml blood tubes, sodium citrate, hemostasis testing, venous blood collection, Greiner Bio-One, laboratory supplies, medical supplies, blood test tubes, light blue cap, 3.8% sodium citrate tubes, blood collection, patient safety, efficient blood collection, medical devices