IV Administration Set -10 Drop/Macrodrip
An IV Administration Set (10-drop) is a sterile, single-use tubing system for delivering fluids and medications intravenously by gravity or pump. Its 10 drops-per-mL macrodrip design is optimized for standard adult infusions. By definition, each visible drip equals 0.1 mL, which simplifies gravity-flow calculations. Nursing guides note that macro-drip sets (10–20 gtt/mL) are the norm for routine adult IV fluid therapy. This higher-volume drop factor means faster fluid delivery and fewer drops to count compared to microdrip (60 gtt/mL) systems – a key advantage when large volumes (rehydration, blood products, resuscitation) must be infused quickly and accurately.
Sterile, non-pyrogenic iv set with a latex free injection site and rotary luer lock adapter. 10 drop (ml) with 72" (183 cm) long tubing. DEHP free. Single-use. Amsino IV Administration Set used for administering intravenous solutions. The Amsino IV set is an sterile, non-pyrogenic, latex free set that has an 10 drops/ml with a luer lock tip adaptor.Non-vented Spike with Drip Chamber, 10 drops per mL, Roller Clamp, Latex-Free Injection Site, Rotating Male Luer Lock, Poly Pouch.
Specifications:
- Non-pyrogenic
- Single-use
- 72" (183 cm) Long
- Approximately 10 Drops/mL
- Latex Free injection site
- Rotary Luer Lock Adapter
- All components are DEHP and Latex Free
Clinical Advantages – Pain Points Solved:
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Accurate Dosing & Easy Calculations: Because the drop factor is fixed at 10 drops/mL (clearly labeled on the package), medical personnel can rapidly convert flow orders into drip rates without guesswork. This precise calibration solves the common headache of dosing errors. For example, a 100 mL/hour infusion requires ~17 drops/min with a 10-drop set – a manageable count in clinical practice. In contrast, a 60-drop microdrip would demand ~100 drops/min for the same rate, which is far harder to maintain manually.
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Rapid High-Volume Delivery: In emergencies or fluid resuscitation, the macrodrip set’s larger drops allow faster gravity infusion. With one drip equaling 0.1 mL, achieving high flow rates (e.g. 2000 mL over a few hours) becomes straightforward. This addresses the pain point of slow infusion when every second counts.
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Enhanced Safety (Particles & Air): The in-line filter and vented spike/drip chamber combine to catch air and debris before they reach the patient. This integrated safety filter solves the invisible risk of particulate infusion – studies demonstrate that without filtration, patients can receive hundreds of thousands of particles per day, potentially causing phlebitis or worse. The filtered set drastically reduces that risk.
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Convenient Medication Administration: The needleless injection ports mean secondary drugs or IV pushes can be given without ever disconnecting the main line. This answers the practical challenge of “How do we administer an IV push without breaking sterility or using extra needles?” The one-way valve ports solve it: clinicians simply attach a syringe, push the medication in, and the line remains closed to the environment.
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User-Friendly Operation: All technical details (drip chamber, clamp, ports) are designed for intuitive use by trained staff. For example, the clear tubing reveals any kinks or infiltration immediately, so nursing students and practitioners can spot and address issues at a glance. The set’s components (sterile spike, clamp, ports) work together to streamline IV setup and adjustment.
In summary, a 10-drop/mL IV Administration Set provides reliable, high-volume IV delivery with built-in safety and convenience features. Its macrodrip design and visible drip chamber ensure fluid therapy at the prescribed rate, while the backcheck valve and sterile needle-free ports maintain infusion sterility. The integrated particle filter addresses the critical need to prevent particulate or air emboli. For medical students and clinicians, this set exemplifies best practices in IV therapy: precise dosing, multi-drug compatibility, and minimized risk – solving daily challenges in fluid administration with a single, well-engineered device.
