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Gastro-Enteric Feeding Tube MIC® 30 Fr. 57.9 cm Tube Silicone Sterile

$313.95
For larger quantities: Request a Quote
Medex SKU:
AVA-0210-30
Packing Info:
EA
Usually Ships:
7 - 10 Business Days

Description

This is the largest standard diameter available in the Avanos MIC* transgastric-jejunal lineup. It is a dual-lumen device engineered for adult patients who require the highest possible capacity for gastric decompression and jejunal feeding.

Technical Specifications

  • Part Number: 0210-30

  • Outer Diameter: 30 Fr (10 mm)

  • Jejunal Length: 57.9 cm

  • Balloon Volume: 7–10 ml

  • Material: 100% Medical-grade silicone

  • Tip Type: Tungsten-weighted distal tip

  • Connectors: Universal (Non-ENFit) catheter-tip/luer compatible


Key Features

  • Ultra-Large Bore (30 Fr): The 10 mm outer diameter provides the widest internal lumens available. This is specifically designed for patients who frequently experience tube occlusions or those who require very rapid gastric venting/drainage.

  • Simultaneous Dual Access:

    • Gastric Port: Allows for the drainage of high volumes of gastric secretions or air (venting) to manage nausea and bloating.

    • Jejunal Port: Delivers continuous enteral nutrition directly into the small intestine, bypassing the stomach entirely.

  • Weighted Tip Stability: The 57.9 cm jejunal tail is weighted with tungsten. This weight uses gravity and peristalsis to keep the distal feeding ports beyond the pylorus, preventing the tube from migrating back into the stomach.

  • SECUR-LOK Retention Ring:* An external bolster that anchors the tube at the skin. Its ventilated design allows air to circulate around the stoma, which is vital for preventing moisture-related skin breakdown (maceration) at the insertion site.

  • Radiopaque Stripe: A bold, built-in line runs the entire length of the silicone tube, making it clearly visible under X-ray or fluoroscopy for position verification.

  • Multiple Distal Exit Ports: The jejunal segment features several exit holes to optimize the flow of viscous formulas and reduce the risk of clogging.