Medtronic 1027060 Reuter Bobbin Ventilation Tube | 1.14mm Inner Diameter | Titanium Construction | Flanged Design with Holes | Laboratory & Research Component | New

Expiration: 2029/04/17

The Medtronic 1027060 Reuter Bobbin Ventilation Tube is a precision micro-channel pressure relief and equalization tube engineered for micro-fluidic venting, pressure stabilization, and acoustic-fluid dynamic testing. Manufactured from biocompatible, lightweight grade titanium with integrated flange holes, this component features a wide flange geometry designed to provide elevated retention stability when mounted into micro-apertures or flexible membrane assemblies. With a precise 1.14mm inner diameter, it allows controlled fluid and gaseous equalization, making it an excellent component for laboratory research setups, micro-pneumatic testing, material retention modeling, and educational demonstration assemblies.

Product Details

• Brand / Manufacturer: Medtronic® Xomed
• Part / Catalog Number: 1027060
• Product Type: Reuter Bobbin Ventilation Tube / Micro-Flange Equalization Tube
• Style / Pattern: Reuter Bobbin with Flange Holes
• Inner Diameter: 1.14 mm
• Inner Flange Diameter: 2.6 mm
• Inner Flange Distance: 1.0 mm
• Material Construction: Surgical-Grade Titanium
• Quantity Included: 1 Unit (or per selected listing variation)
• Unit of Measure: 1 Each (1/EA)
• Application: Micro-fluidic venting, gas pressure equalization, acoustic testing, laboratory research, and instructional demonstration
• Condition: Brand New — Unused, factory sealed/packaged in original container.

Key Features

• Titanium construction provides high strength-to-weight ratio and broad chemical inertness
• Wide flange profile offers superior structural retention when seated in flexible substrates
• Precision 1.14mm lumen ensures consistent gas/liquid flow rates and predictable venting behavior
• Flange hole pattern provides additional mechanical anchor points for custom test housings
• Ideal component for micro-engineering calibration, material science testing, and benchtop teaching models