ATELLICA VTR SYRINGE - Cap: Vented Tip Type: Auto Vent Luer Lock Volume: 3ML
Product information
- Quantity Unit Packet
- Contains 100 Single
- Product Code None
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Description
The ATELLICA VTR SYRINGE, crafted by Siemens Healthineers, is a specialized medical device designed for precise arterial blood gas (ABG) sampling. This syringe is engineered to meet the demanding needs of critical care settings, ensuring rapid and accurate blood gas collection.
Key Features
- Sample Integrity: Designed to maintain the integrity of blood samples, minimizing pre-analytical errors.
- Patient Comfort: Features a thin-wall needle for smooth insertion, enhancing comfort during use.
- Operator Efficiency: Intuitive design allows for single-handed safety activation, improving ease of use.
Advanced Safety Technology
The syringe is equipped with the ABG SafetyTip™ dual-locking design, significantly reducing the risk of accidental needlestick injuries and exposure to bloodborne pathogens. This innovative safety feature is complemented by a proven vent system that eliminates dead space contamination, ensuring accurate sample collection.
Anticoagulant Formulation
The syringe utilizes a dry, balanced lithium-zinc heparin formulation. This formulation effectively prevents coagulation with minimal impact on ionized calcium and electrolyte results, even in low-protein whole-blood samples.
Compliance and Performance
- Regulatory Compliance: Designed to adhere to safety regulations, providing peace of mind in clinical environments.
- Proven Performance: Backed by over four decades of clinical use, demonstrating reliability and effectiveness.
Technical Specifications
- Volume Options: Available in 1 mL and 3 mL variants.
- Needle Specification: 25G needle, labeled as 'NDL LS SAFETY TP'.
- Additional Features for 3 mL Variant: Includes 50IU AUTO VENT LEUR LCK VNT TIP CAP.
- Packaging: Comes in packets of 100 single syringes.
Compatibility
The ATELLICA VTR SYRINGE is compatible with RAPIDPoint 500e and epoc blood gas analyzers, making it an ideal choice for arterial blood gas collection and analysis in various clinical environments. This compatibility further enhances its utility in delivering reliable and accurate results.
