SAM IO Needles

SAM IO Needles

Regular price $277.95 Save $-277.95
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Only 2 items in stock!

SAM IO Needles are precision-engineered for use with the SAM IO Driver, delivering reliable intraosseous access when seconds count. Available in 15-gauge sizes and three lengths—15mm, 25mm, and 45mm—these needles support a wide range of patient types and application sites in emergency, tactical, or hospital environments.

Each needle is designed with colour-coded depth indicators for rapid identification and accuracy, optimised cutting flutes for clean bone penetration, and a snap-fit stylet and catheter assembly for secure placement. Every sterile-packed unit includes an extension tube for fluid administration and a NeedleVISE for safe sharps disposal.

Please note: Needles are sold separately from the SAM IO Driver, Stabiliser, and Adaptor.

Features:

  • Available in three lengths: 15mm, 25mm, and 45mm
  • Colour-coded depth indicators for quick identification
  • Snap-fit stylet and catheter design for secure IO insertion
  • Optimised cutting flutes for efficient cortical bone penetration
  • Laser markings for precise depth control
  • Sterile-packed with extension tube and NeedleVISE for sharps containment

FAQs:

What sizes are available for the SAM IO Needles?

The needles are available in 15mm, 25mm, and 45mm lengths to suit different patient demographics and anatomical sites.

Are SAM IO Needles compatible with other IO systems?

No, these needles are designed specifically for the SAM IO Driver and may not work with other devices.

What is included with each SAM IO Needle?

Each sterile needle includes an extension tube for fluid delivery and a NeedleVISE device for safe sharps disposal.

Can I use these needles without the SAM IO Driver?

No, the SAM IO Needles are intended for use exclusively with the SAM IO Driver, which is sold separately along with the Stabiliser and Adaptor.

Are these needles suitable for emergencies?

Yes, they are colour-coded, easy to identify, and engineered for rapid and accurate use in high-pressure scenarios.