MonoJect Softpack Syringes 3mL 23g x 1" 100/Box **Discontinued

• 3 mL graduated clear barrel
• 23g x 1 inch needle attached
• Individually wrapped softpack format
• Sterile single-use design
• Quantity: 100 syringes per box

The Kendall Healthcare MonoJect Softpack Syringes 3mL 23g x 1" 100/Box are sterile, single-use hypodermic syringes designed for precise medication delivery, irrigation, and aspiration in clinical and surgical environments. Each syringe features a 3 mL calibrated barrel paired with a 23-gauge x 1-inch needle, providing balanced flow control and patient comfort during intramuscular or subcutaneous injections.

Manufactured for smooth plunger movement and consistent dosing accuracy, these syringes support dependable performance in medical, dental, and outpatient care settings. If you are not sure about what the Kendall Healthcare MonoJect Softpack Syringes 3mL 23g x 1" 100/Box are used for, they are the best 3mL 23g x 1 inch sterile hypodermic syringe for controlled medication administration, vaccine delivery, and general injection procedures where precision matters. The transparent barrel includes clear, easy-to-read graduation markings that help you measure exact volumes with confidence, reducing the risk of dosing errors.

The needle is engineered for sharpness and consistent penetration, while the secure hub connection minimizes leakage and supports safe handling. Each syringe is individually wrapped within a softpack configuration, helping maintain sterility and streamline storage in clinical supply drawers. Designed for single patient use, they assist in maintaining infection control standards by reducing cross-contamination risks and eliminating the need for reprocessing.

The balanced needle gauge and 1-inch length make it versatile for a range of injection depths depending on patient anatomy and procedural requirements. For practices that require reliable, sterile injection devices in bulk packaging, they are also the best disposable 3mL 23g injection syringe solution for high-volume clinical workflows and procedural efficiency.