EXEL 26085 MICRON FILTERED IV ADMIN SETS - 0.2 Micron Filter, Y-Site, 84" Tube, 20 Drops/mL, 50/cs

EXEL 26085 MICRON FILTERED IV ADMIN SETS - 0.2 Micron Filter, Y-Site, 84" Tube, 20 Drops/mL, 50/cs

• Model: 26085
• 0.2 Micron Filter
• Y- Site Injection
• 84" Tubing
• 20 Drops/ mL
• Case of 50

The Exel 26085 Micron‑Filtered IV Administration Set is designed for clinical applications where filtered fluid delivery is critical. Featuring a 0.2‑micron in‑line filter, this set helps remove particulates and microbial contaminants from intravenous fluids before they reach the patient, providing an added layer of safety. With a lengthy 84″ tubing, it offers flexibility in positioning infusion bags or poles relative to the patient and allows ease of setup in busy bedside or procedural settings. The 20 drops/mL macro‑drip rate makes it suitable for standard infusion volumes where moderate flow is required (rather than microdrip/lower‑volume rate situations).

Operational convenience is built into the design of this set: it includes both a roller clamp for fine adjustment of flow and a pinch or occlusion clamp for rapid shut‑off when needed. The Y‑injection port supports piggy‑back medications or secondary infusions without interrupting the primary line, which streamlines nursing workflows. The vented/non‑vented spike gives compatibility with both rigid and flexible fluid sources, thereby reducing the need for multiple set types. The latex‑free and DEHP‑free materials enhance safety for patients with sensitivities or long‑term infusion needs.

From a supply‑chain standpoint, this one‑set solution simplifies procurement and inventory management in settings like infusion centers, oncology clinics, ICUs or high‑risk fluid therapy units. With features that address safety (filter), flexibility (tube length, Y‑site), and compatibility (vented/non‑vented spike, standard drop factor), the Exel 26085 set is well‑suited for facilities aiming to standardize infusions while safeguarding quality of care. It supports high‑use environments with consistent, reliable performance and helps reduce the complexity of stocking multiple specialized sets.