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Medtronic MITG

Sterivent Mechanical Filter | Medtronic

PRODUCT HIGHLIGHTS

  • 99.99+% Filtration Efficiency Reliable barrier against bacteria and viruses.

  • Hydrophobic Membrane Prevents fluid ingress to reduce risk of cross-contamination.

  • Compact & Lightweight Weighs only 45 grams, reducing circuit drag and improving patient comfort.

  • Low Resistance Minimizes work of breathing for ventilated patients.
  • Fast Delivery
  • Auto Delivery , Free Shipping For $100 Above Products
Item Description Quantity Price
351U5856
FILTER, MECHANICAL NO PORT MALMED
In Network - ships to arrive in 2-5 business days
Box of 50

List Price:$243.99

Price:$236.99

You save $7.00

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Description

Sterivent Mechanical Filter | Medtronic

The Sterivent Mechanical Filter by Medtronic MITG delivers high-efficiency protection against microbial contamination in ventilatory circuits. Designed with a hydrophobic membrane, this filter provides an effective barrier to liquid and particle penetration—helping reduce the risk of colonization, blockage, and infection.


✅ Key Features:

  • 99.99+% Filtration Efficiency: Reliable barrier against bacteria and viruses.

  • Hydrophobic Membrane: Prevents fluid ingress to reduce risk of cross-contamination.

  • Compact & Lightweight: Weighs only 45 grams, reducing circuit drag and improving patient comfort.

  • Low Resistance: Minimizes work of breathing for ventilated patients.

  • Secure Fittings: 22 mm Male / 15–22 mm Female connectors for versatile compatibility.

  • Clean & Individually Packaged: Ideal for single-patient use.


📋 Specifications:

  • Brand: Sterivent

  • Manufacturer: Medtronic MITG

  • Application: Mechanical Filter

  • Filtration Efficiency: ≥99.99%

  • Dead Space: 92 mL

  • Weight: 45 g

  • Connection Type: 22 mm Male / 15–22 mm Female

  • Filter Type: Hydrophobic

  • Port: Without Port

  • HCPCS Code: E1399

  • UNSPSC Code: 42272219

  • Packaging: Individually Clean Packaged


Ideal For:

Ventilated patients requiring bacterial and viral protection in respiratory circuits—compatible with a wide range of respiratory and anesthesia setups.