Myriad Implants

06/10/2021

On 13 August 2020, the Straumann Group announced that sales of the equinox/Myriad brand of dental implant systems have been discontinued following the successful launch of the Neodent® brand in India and elsewhere. Neodent enables the company to address customer requirements for attractively priced/inexpensive dental implant solutions that offer much greater prosthetic flexibility, CAD-CAM solutions, and digital workflows – without losing simplicity.

The larger international brands in the Straumann Group have the advantage of ongoing development, education programs and a large body of clinical experience. The Group therefore believes that these brands will support former equinox/Myriad users in providing greater benefits to their patients.

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https://www.straumann.com/group/en/landing/equinox.html

On 13 August 2020, the Straumann Group announced that sales of the equinox/Myriad brand of dental implant systems have been discontinued following the successful launch of the Neodent® brand in India and elsewhere. Neodent enables the company to address customer requirements for attractively priced...

20/12/2017

We wish you all the best in 2018!

18/11/2016

12/10/2016

Myriad-Connect™ implant
The open tray impression post with the long screw is fastened into the implant. Impression material is syringed around the impression post and the tray with an open window seated over the impression post to expose the screw extended beyond the tray. Once the material has set, the screw is opened and the tray removed with the impression post locked into the impression.

12/10/2016

Myriad-Connect™ implant
Closed – tray transfer cap: The laboratory analog is repositioned into the transfer cap within the model following which standard model making procedures are followed.

22/09/2016

Myriad-Connect™ implant
Closed – tray transfer cap: The gingivaformer is removed and the yellow plastic single use snap on transfer cap is pressed/snap fitted onto the prosthetic platform face. Impression material is syringed around the cap that is locked into and picked up in the impression.

31/08/2016

The abutment aperture is protected with a material like gutta purcha, or a temporary filling material to ensure that the screw aperture is protected from the luting cement. The final crown is lined with cement and the crown cemented into place.

10/08/2016

After crown trial the gingivaformer is removed for the final time and the final abutment indexed into the implant. The abutment screw is recommended to be torqued optimally to 30 Ncm.

20/07/2016

LAB PROCEDURES - Myriad-Plus™ - Resolve cast to base abutment

28/06/2016

LAB PROCEDURES - Myriad-Plus™– straight abutment

21/06/2016

A high viscosity monophase silicone or polyether material is syringed around the impression post and the tray loaded with the same material placed over the impression post.

After the impression has set the tray is removed with the transfer cap that is locked into the impression material.

21/06/2016

Closed tray – reposition technique

This is a simple and intuitive procedure with the plus system. After second stage uncovery and adequate healing, the gingivaformer is removed and the standard impression post cm straight abutment is placed into the implant. The abutment screw is fastened and the plastic transfer cap indexed to the flat of the impression post.

10/06/2016

The cover screw is now taken from the blister using either the hand screw driver or torque driver via the handpiece and screwed onto the inserted implant prior to closing of the flap.

10/06/2016

Final tightening is recommended to be done by the torque ratchet with an optimal insertion torque of between 35-45Ncm.

10/06/2016

The implant can be inserted/turned into place using the torque ratchet or the handpiece. In case the handpiece is used it must be inserted upto the top microthread using the micromotor.

31/05/2016

The implant blister is peeled open to expose the Myriad-Plus™ implant that is housed in a titanium vial alongside the cover screw.

16/05/2016

The osteotomy site is then prepared with the subsequent D3.8mm drill in the sequence to the depth of 13mm. Drill speeds recommended are 500-800 RPM.