Plastic Syringe with Needle 2 ml – Product Overview

Plastic Syringe with Needle 2 ml is a single‑use, sterile medical device designed for the precise administration and withdrawal of fluids in clinical, laboratory, and home‑care settings. Manufactured by Albert David Limited, a trusted name in pharmaceutical packaging, each syringe is supplied pre‑assembled with a detachable needle that meets USP (United States Pharmacopeia) standards for strength and biocompatibility. The 2 ml capacity makes it suitable for small‑volume injections, such as insulin dosing, vaccine delivery, contrast media administration, or sampling of biological fluids. Packaged in multiples of ten, twenty, or thirty, the product offers cost‑effective solutions for hospitals, clinics, and pharmacies while maintaining rigorous quality control throughout the production chain.

What is a Plastic Syringe with Needle 2 ml?

A Plastic Syringe with Needle 2 ml refers to a disposable syringe constructed from medical‑grade polymer material, combined with an integrated needle of calibrated gauge that enables direct fluid entry into the body or extraction from it. The device is intended for one‑time use only to prevent cross‑contamination and to uphold infection‑control protocols. The needle is typically attached via a Luer‑lock or Luer‑slip connection, providing a secure fit for a wide range of needle hubs. Because the syringe is pre‑sterilized and individually sealed, it can be stored at ambient temperature until the moment of use, making it convenient for both professional and self‑administration scenarios.

Uses and Benefits

The primary uses of the 2 ml plastic syringe with needle include medication delivery, fluid sampling, and diagnostic testing. In clinical practice, the syringe is frequently employed for subcutaneous or intramuscular injections where accurate dosing is critical, such as insulin for diabetes management or heparin flushes in vascular access. Its low dead‑space design minimizes medication loss, ensuring that the full volume of liquid is delivered to the patient. For research laboratories, the syringe serves as a reliable tool for precise pipetting of reagents, preparation of standard curves, and extraction of small tissue samples. The benefits of using this device stem from its sterility, ease of handling, clear graduation markings for volume verification, and compatibility with a broad spectrum of needle gauges, which together enhance patient safety and procedural efficiency.

How It Works

When the plunger is drawn backward, a vacuum is created within the barrel, allowing fluid to be drawn into the syringe through the attached needle. Conversely, pushing the plunger forward expels the contained fluid through the needle tip, delivering it to the target site. The Luer‑lock connection ensures that the needle remains securely attached during both aspiration and injection, preventing accidental disconnection that could lead to needlestick injuries. The transparent barrel material enables visual confirmation of fluid level and detection of air bubbles, supporting accurate dosing. Because the device is designed for single‑use, the mechanical action of the plunger is intended to be smooth and consistent, reducing the risk of mechanical failure and ensuring reliable performance across multiple administrations.

Dosage Guidelines

Dosage is not applicable in the traditional pharmaceutical sense, as the syringe itself is a delivery vehicle rather than a medication. However, clinicians should follow standard injection protocols that dictate the appropriate volume based on the therapeutic indication. For a 2 ml syringe, typical volumes range from 0.1 ml to 2 ml, allowing flexibility for both micro‑doses and larger therapeutic quantities. The volume to be administered should be verified against the prescription label, and the clinician must ensure that the selected needle gauge is suitable for the intended route of administration, such as intradermal, subcutaneous, or intramuscular injection. When using the syringe for diagnostic sampling, the healthcare professional should withdraw only the required volume to avoid unnecessary tissue trauma or hematoma formation.

Side Effects

Adverse reactions directly attributable to the syringe material are rare but can include mild erythema, irritation, or allergic responses in individuals with hypersensitivity to the polymer or needle coating. In most cases, such reactions are self‑limiting and resolve without medical intervention. More serious complications, such as infection or tissue injury, are generally linked to improper technique rather than the device itself. To minimize risk, users should inspect the packaging for integrity before use, avoid sharing syringes, and dispose of used devices in a designated sharps container. If persistent pain, swelling, or signs of infection develop after use, medical evaluation should be sought promptly.

Warnings and Precautions

Several warnings accompany the use of Plastic Syringe with Needle 2 ml. The device is intended for single‑use only; re‑use can compromise sterility and increase the likelihood of cross‑contamination. It should be kept out of reach of children to prevent accidental needlestick injuries. Prior to administration, the needle hub must be inspected for damage, and the needle should be verified as correctly attached to the barrel. Patients with known allergies to latex or specific polymer components should be assessed for compatibility, although most modern syringes are latex‑free. The syringe should not be used if the seal is compromised, the graduation marks are faded, or the needle tip appears bent. Proper disposal in a sharps container is mandatory to protect healthcare workers and the public from needlestick hazards. For large‑scale institutional use, compliance with local regulations regarding sharps management is required.

Frequently Asked Questions

1. What volume can the 2 ml syringe accurately measure?
   The syringe is calibrated in 0.1 ml increments, allowing precise measurement from 0.1 ml up to 2 ml, which is suitable for both micro‑doses and larger fluid volumes.
2. Can the needle be removed and replaced with a different gauge?
   Yes, the needle is detachable and can be swapped for an alternative gauge, provided the new needle uses a compatible Luer‑lock or Luer‑slip connection.
3. Is the syringe compatible with contrast agents used in imaging studies?
   When used according to manufacturer instructions and with a needle gauge approved for the specific contrast media, the syringe meets safety standards for such applications.
4. Where can I find regulatory information about medical syringes?
   Regulatory guidance is available from the U.S. Food and Drug Administration, the National Institutes of Health, and the MedlinePlus resource library.
5. How should used syringes be disposed of safely?
   After use, the syringe should be placed immediately into a puncture‑resistant sharps container; do not recap the needle, and follow local biomedical waste regulations.

For additional clinical guidance on injection safety, please refer to the Centers for Disease Control and Prevention recommendations on safe injection practices.

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