FullCure Hearing Aid Applications
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FullCure 630 Clear |
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FullCure 655 -RoseClear |
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FullCure 655 - Skin Tone |
Using Objet Eden 3D printers based on our unique PolyJet technology, you can manufacture hearing aid molds with maximum productivity and flexibility, at a minimum cost.
The Eden’s unique ability to build layers that are just 16 microns thin and the easily- removed gel-like support structure ensures ultra-smooth, unmarked flawlessly shaped surfaces that deliver perfect fit and comfort. The solution includes a choice of three resins designed especially for the unique needs of hearing aids: Clear, RoseClear and SkinTone.
Objet Studio network software enables full trays to be printed from any workstation in your facility, further reducing your labor costs and training time.
The unique resin replacement system makes it easy to switch between resins: just insert the new resin container and select it using the enhanced software wizard.
The gel-like support material, used with all the mold resins, is easily removed using a water-jet, leaving clean, smooth surface hearing aids.
New HA resins
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Clear - FullCure630
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RoseClear - FullCure655
These resins replace FullCure640 and FullCure 660 which are not available anymore.
The resins are available for use with the Objet’s Eden260, Eden260V and Eden350 printers.
Key Advantages
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Improved transparency
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Color consistency over time
With Objet, you can enjoy a lower cost per part in a production integrated system and boost your performance and productivity.
The array of materials capable of hearing aid applications provide solutions that match the desired needs of the end-user. Color, design, structural stability, flexibility and fit can all be customized to specific design requirements.
This form of rapid prototyping is referred to as rapid manufacturing in the 3D printing industry. End products are physically able to be printed and used without ever having to leave the office. In regards to hearing aid manufacturing, the materials and end products have undergone rigorous testings methods to confirm that they comply with medical standards. These materials were specifically designed with the hearing aid industry in mind.