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Universal try-in abutment kit

780,00€ TTC
780,00€ TTC TTC
Sale Sold out
Kit de piliers d'essai universel
Reference: KIE_U

To benefit from your purchasing conditions, please choose payment on invoice when completing your order.

  • Precise and leak-proof connection
  • Certified surface finish
  • 100% French-made implants, lifetime guaranteed
  • Patents filed, CE certified, ISO 13485 and ISO 9001

The kit contains 16 trial abutments (4 shapes / 4 heights) made of titanium. It is the ideal tool to select the most suitable height and shape of the Profile Designer for your clinical case.
The kit is autoclave-sterilizable and reusable.

Manufacturer: ETK

Free shipping for orders over €384 incl. VAT, and €600 incl. VAT for overseas territories (DOM-TOM).

Shipping fees:

  • France, Corsica, Belgium: €12 incl. VAT
  • Switzerland, Luxembourg: €42 incl. VAT
  • DOM-TOM: €80.40 incl. VAT

Please note: Only deliveries to France, Corsica, Belgium, Switzerland, Luxembourg, and DOM-TOM can be placed via the E-Shop. For orders to other countries, please contact us via chat.

Our team is available Monday to Friday. Contact us.

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THE ADVANCED TECHNIQUE IN IMPLANTOLOGY – iPhysio®

It is the new-generation protocol that improves, secures, and ensures the long-term success of your implant treatment while simplifying it.

Born from the combined expertise of LYRA ETK in implantology and digital technologies, this anatomical 3-in-1 solution — healing abutment, scanbody, and provisional abutment — becomes the central and single element of a simplified protocol without removal, from healing to final prosthesis.


The result is better biological integration, which ensures treatment longevity and enhances aesthetic outcomes.

It is compatible with most implant systems.

Be sure to include anatomical information (height and shape) in the comments on the order form.

Yes, Iphysio is compatible with the interfaces of most implant systems. Check the compatibility guide

Yes, the clip-on provisional abutment is sufficiently retentive to hold the provisional crown, provided the latter is made underbite and the patient complies with the nutritional instructions given. The provisional abutment also acts as a fuse, i.e. it disengages if the force exerted is too great, thus preserving implant stability.

The iPhysio® Profile Designer has an asymmetrical shape. The wider surface corresponds to the vestibular surface. What about the D-shape? The D-shape can be used on either side, depending on the position of the desired screw hole.

The physico-chemical silicone impression can be taken directly on the iPhysio® Profile Designer without the need for additional parts. Similarly, the iPhysio® Profile Designer does not need to be unscrewed. On receipt of the physico-chemical silicone impression, the laboratory will produce a plaster model, which will then be CT scanned to obtain the digital impression, enabling the entire flow to be produced via computer-aided design.

No, the iPhysio® Profile Designer is a single-use medical device.

Anatomical information must be entered on the order form. An HD photograph of the iPhysio® Profile Designer in the mouth, taken with the intra-oral CT scan, guarantees correct transmission of information.

Many laboratories have the iPhysio® Ready label and can help you get started.

Discover iPhysio® Ready laboratories near you.

The iPhysio® Profile Designer has a library that automatically indicates the emergence profile. So there's no need to unscrew the iPhysio® Profile Designer to take the impression. This guarantees soft tissue retention.

We offer a kit of sterilized and reusable trial abutments, enabling you to select the most suitable iphysio® Profile Designer in terms of shape and height.

Buy the universal try-in kit.

  • They withstand a tensile force of around 15N (1.5 kg) for unclipping. In the worst case, this will vary between 10N and 20N (due to machining tolerances).
  • We also tested them in endurance, where they withstood a chewing force of 130 N (13 kg), a force repeated to simulate 6 months in the mouth.
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