A revolutionary vascular access device featuring a patented blood control valve and a passive spring-loaded safety shield. Engineered to eliminate blood leakage during insertion and protect healthcare workers from accidental needlesticks.

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Features

• Patented blood control valve.
• Activates by standard male luer compliant to ISO 80369-7.
• Unique and patented one-way valve inside the catheter hub prevents blood from leaking out prior to activation.
• No need to maintain digital pressure away from the catheter tip.
• Color-coded catheter hub body as per EN ISO – 10555.
• USP standards Class VI compliance, thin walled Catheters with PTFE, PUR, FEP or ETFE, Radio-opaque.
• Gently tapered catheter tip with Customized Automated Tipping Technology (CATT) for lower penetration
  forces and optimal trim distance to provide smooth transition from needle to catheter.
• Siliconised stainless steel needle with ultra-sharp triple facet bevel for smooth & painless venipuncture.
• The device is available in a variety of lengths and gauges to accommodate procedural and patient needs.
• The product is designed with transparent flashback chamber for immediate confirmation of venipuncture.
• Revolutionary designed safety feature provides complete protection to healthcare workers as well as
  hospital waste handlers from accidental needle-stick injuries and prevents transmission of blood-borne
  pathogens from patients.
• Non-pyrogenic, Sterilized by Ethylene Oxide.
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Engineered for Blood Control and Automatic Safety

Standard venipuncture often results in blood spillage when the needle is withdrawn, requiring the clinician to apply digital pressure to the vein quickly. This advanced device functions as a self-occluding IV catheter, featuring a unique, patented one-way valve integrated directly inside the catheter hub. This valve completely prevents blood from leaking out before the Luer connection is activated. 

By eliminating the need to maintain digital pressure away from the catheter tip, it streamlines clinical workflow and maintains a perfectly clean, blood-free insertion site.

Simultaneously, the revolutionary spring-type safety feature provides complete, automatic protection. As the needle is withdrawn, the spring mechanism passively and irreversibly encapsulates the sharp tip. This prevents the transmission of blood-borne pathogens and shields both frontline workers and hospital waste handlers from mucocutaneous injuries.

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Key Features and Advanced Material Design

Every structural element is designed to minimize patient trauma while providing robust securement and flawless fluid dynamics.

• Patented Blood Control Valve: Automatically stops blood flow upon needle removal and instantly opens when a standard ISO 80369-7 compliant male Luer (such as an extension line or syringe) is connected.
• Ergonomic Securement: This IV cannula with wings provides a wide, stable base for robust fixation to the patient’s skin. For facilities requiring secondary medication access without breaking the line, we also manufacture a distinct IV cannula with wings and injection port variant within our catalog.
• Premium PTFE IV Catheter: Available with high-performance PTFE IV catheter tubing (alongside PUR, FEP, and ETFE options). These thin-walled, radio-opaque materials ensure an exceptionally smooth surface, reducing intimal injury.
• CATT Insertion Technology: Features a gently tapered catheter tip with Customized Automated Tipping Technology (CATT). This provides an optimal trim distance, significantly lowering penetration forces for a smooth transition from needle to vein.

Catheter Specifications and Sizing

To support rapid identification in high-pressure clinical environments, the catheter hub is universally color-coded in strict accordance with EN ISO 10555 standards.

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Usage, Sterilization, and Compliance

Procurement teams can trust the rigorous testing of physical characteristics and sterile integrity applied to every manufactured batch.

• Sterilization: Fully sterilized by Ethylene Oxide (EtO gas). The product is guaranteed non-pyrogenic.
• Compatibility: The blood control valve activates seamlessly with any standard male Luer lock or slip compliant with ISO 80369-7 specifications.
• Clinical Protocol: Intended for peripheral intravenous access. The elimination of digital pressure makes it highly optimal for fast-paced emergency and trauma settings.
• Disposal: The encapsulated sharp must be discarded in a certified puncture-resistant container per standard hospital biohazard protocols.
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Secure Your Supply of Advanced Vascular Access Devices

Stop supply chain bottlenecks before they impact patient care. With our primary warehouse in France, Neotec Medical delivers bulk procurement orders anywhere in Europe within days. 

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Upgrade your hospital's infection control protocols with state-of-the-art safety mechanisms.

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Frequently Asked Questions

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How exactly does the patented blood control valve work?

The hub contains a specialized silicone septum (one-way valve). When the introducer needle is removed, the septum instantly closes, acting as a self-occluding barrier that stops blood flow. When you attach a Luer lock extension set or syringe, the male Luer physically pushes the valve open, instantly establishing an unobstructed fluid pathway for infusion.

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Does the blood control valve restrict standard infusion flow rates?

No. The internal mechanism is precisely engineered to yield to the standard Luer connection, ensuring the fluid pathway opens completely. Once activated, the flow rates remain fully compliant with the ISO standards designated for each respective gauge size.

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Is it necessary to apply digital pressure when disconnecting an extension line?

Yes. The blood control valve is designed to prevent initial blood exposure during the insertion phase (between needle removal and initial line connection). Standard clinical protocols, including digital pressure or clamping, should be followed when disconnecting or changing lines later in the therapy cycle.

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What is the benefit of the spring-type safety mechanism over manual shields?

The spring-type mechanism is fully passive. It requires zero extra steps, zero user training, and zero manual activation (e.g., pushing a slider). As the clinician naturally withdraws the needle from the hub, the spring automatically fires, instantly encapsulating the sharp tip before it is fully exposed to the environment.

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