Maymom 17mm Insert for 24mm Shields – Fit Medela, Spectra, Elvie, Motif Luna, Ameda MYA

Maymom 17 mm Insert for 24 mm Shields

Designed for everyday pumping versatility, the Maymom 17 mm insert slides into most 24 mm shields to create a more individualized tunnel size of 17 mm. This adjustment is presented as a practical option for tailoring your gear to your pumping routine. Experiences vary, but a closer seal and a snug fit are commonly highlighted as potential comfort benefits during longer sessions.

Mentioned here is a BPA-free silicone construction—soft to the touch and molded for repeated use. This material choice aligns with common safety expectations for pump components while emphasizing daily usability for both caregiver and baby during feeding routines.

What you gain

• Tailored tunnel size: reduces a 24 mm shield tunnel to 17 mm for a tighter fit.
• Material and safety: BPA-free silicone suitable for frequent use.
• Broad compatibility: works with Medela, Spectra, Elvie, Motif Luna, and Ameda MYA 24 mm flange systems.
• Simple design: straightforward insertion and removal for everyday use.

Real-world scenarios

• A small-nippled user with Medela Pump in Style or Freestyle Flex may experience a more secure seal with a 17 mm tunnel.
• Wearable pumps like Elvie or a Motif Luna setup could benefit from the snug fit of the 17 mm option.
• With Ameda MYA Pro or other compatible 24 mm flanges, the 17 mm insert can adapt to different workflows.

Compatibility and notes

• Not compatible with Ameda 25 mm Purely Yours Flanges or Mya Joy; consider the long version if your setup requires it.
• For Motif Luna and Ameda Mya shafts, the internal diameter is smaller, so installation/removal may require slightly more effort.

Care and usage tips

• Clean as part of your regular pump care; inspect for wear and tear and replace as needed.
• Use with compatible 24 mm flange systems to maintain a stable pumping experience.

Think of this insert as a flexible option to tailor your existing pumping gear. It offers an additional path to comfort and fit without replacing your entire flange family. Individual results will vary, and the insert is presented as a possibility to explore rather than a guarantee of outcome.