Jackson-pratt T-tube Suction Drain, 19 Fr

What is 55SU1301334-Each Jackson-pratt T-tube Suction Drain, 19 Fr?

The 55SU1301334-Each Jackson-pratt T-tube Suction Drain, 19 Fr is a medical-grade silicone drain designed for post-surgical fluid evacuation. Commonly used after procedures like cholecystectomy and hysterectomy, this T-tube drain facilitates efficient drainage through a closed-suction system. Its 19 French (Fr) size ensures compatibility with standard drainage protocols while maintaining patient comfort due to its soft, pliable silicone construction. The device supports controlled negative pressure to prevent fluid accumulation in surgical sites, reducing infection risk and promoting faster healing.

Key features

• Soft Silicone Material — Flexible and biocompatible for reduced tissue irritation.
• 19 Fr Diameter — Standard size for effective post-op drainage in abdominal surgeries.
• T-tube Design — Enables dual-channel drainage for improved fluid management.
• Multi-lumen Structure — Features interconnected channels for consistent suction performance.
• Internal Portals — Enhance flow efficiency by linking drainage ducts internally.
• Single-use Sterile Design — Ensures safety and prevents cross-contamination.
• Compatible Collection Bulb — Works with standard Jackson-Pratt suction bulbs.

Who is 55SU1301334-Each Jackson-pratt T-tube Suction Drain, 19 Fr for?

This drain is intended for healthcare professionals managing post-operative care, particularly after abdominal or pelvic surgeries. It suits hospitals, surgical centers, and home health providers needing reliable, single-patient drainage solutions. Patients recovering from cholecystectomy, hysterectomy, or other procedures involving fluid buildup benefit from its consistent performance and comfort.

How does 55SU1301334-Each Jackson-pratt T-tube Suction Drain, 19 Fr compare?

Compared to standard polypropylene drains, this silicone T-tube offers superior flexibility and patient comfort. Unlike single-lumen drains, its multi-channel design improves flow reliability and reduces clogging risks. It outperforms rigid tubes in mobility and tissue compatibility, making it a preferred choice in modern surgical settings where patient recovery and infection control are priorities.