Disney ears, featuring Anger from Pixars Inside Out
We are offering two detachable ears, you can select the band colour and ear fitting type for each pair select, 'Push On', 'Tie On' or 'Stick On'. We also provide a carry bag, two standard 10x5mm hairbands for 'Push On' ears, and one, one-inch band for 'Stick On' and 'Tie On' ears, for just £18.00 (GBP).
Ear fitting types are pictured. Push on ears are designed to fit on most 10x5mm hairbands, excluding bands covered in any material (linen, cotton etc) these do not facilitate the positioning and removal of the product. A quick search for 'Plastic Hair Headband 10 mm Plain No Teeth' on Amazon will give plenty of spare bands, at around £0.30p each.
Brand new ear fittings will generally be a little stiff to 'position' onto the headband, this will ease as the internal spring wears in.
Feel free to contact us if you have any requirements that are unavailable in the options list.
Disney Ears, Inside Outs Anger. The flame red machine!
As with all Vacationeers Disney style ear bands, our product is designed to be attractive, light and portable. The ability to detach the ear from the band without magnets or Velcro, allows our customers to collect and re-use their ears in order to celebrate many and varied special occasions.
Push on ears are designed to fit on most 10x5mm hairbands, excluding bands covered in any material (linen, cotton etc) these do not facilitate the positioning and removal of the product. A quick search for 'Plastic Hair Headband 10 mm Plain No Teeth' on Amazon will give plenty of spare bands, at around £0.30p each.
Brand new ear fittings will generally be a little stiff to 'position' onto the headband, this will ease as the internal spring wears in.
Durability and safety are key factors, each ear is 3d printed in two parts; using PLA, which is biodegradable and child safe. Once printing is complete (around 6 hours), the front and back of each ear is bonded using PLA bonding.
The printing process for each ear is carried out using extremely precise printing methods providing a print accuracy of (+-)0.1mm. Such accuracy will produce fine prints however each print is unique and may show inconsistent print markings. Such markings are akin to a fingerprint, as with any inconsistencies found in any uniquely produced product.