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blueSKY - Implants


blueSKY - Coronally structured titanium implant

bredent medical extends their successful » SKY implant system by adding the crestally structured blueSKY titanium implant with osseo connect surface (ocs). The sandblasted and etched surface of blueSKY reflects state of the art technology and ensures long-term success of the new implant system. Thanks to this modern design, blueSKY is ideally suited for flush placement with the bone and the use in the augmented ridge; the implant provides perfect preconditions to maintain a high level of bone height after placement. Thanks to the innovative thread the primary stability of the inserted implant is increased considerably.

Product information: ► SKY Titanium implant
Product information: ► whiteSKY Zirconium implant


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Side up

Surface
Fig. 1: blueSKY implant system vs. » SKY
The blueSKY and the classic » SKY implant differ in two aspects:
■ Surface: the osseo connect surface is sandblasted and high temperature etched for blueSKY and just sandblasted for the classic » SKY implant
■ Design of the neck area: structured coronal section of blueSKY compared to machined neck of the » SKY implant
















Surface
Fig. 2: blueSKY vs. » SKY

The different structure of the surface can be clearly recognized in these two SEM pictures.











Surface
Fig. 3: blueSKY implant system - coronally structured

The structured coronal section provides perfect preconditions to stabilize bone height at a high level after implant placement. This way bone loss is avoided.










Surface
Fig. 4: blueSKY implant system - osseo connect surface

The fine-structured even surface of the osseo connect surface, provides perfect preconditions for the apposition of the bone cells.










Surface
Fig. 5: blueSKY implant system - osseo connect surface

The fact that blood immediately rises on the implant during initial contact clearly documents the excellent hydrophilic properties of the osseo connect surface.










Surface
Fig. 6: blueSKY implant system - machined rim

The machined, horizontal grooves support the apposition of soft tissue and avoid inflammation around the implant. Height: approx. 0.5 mm









Side up

Design
Fig. 1: blueSKY implant system - compression thread
The compression thread leads to considerably improved primary stability of the implant.






















Design
Fig. 2: blueSKY implant system - implant shape

Just like with the classic » SKY implant, the conical-cylindrical shape supports the outstanding primary stability of the implant.










Design
Fig. 3: blueSKY implant system - double thread

The double thread ensures very fast and atraumatic insertion of the implants.











Design
Fig. 4: blueSKY implant system - torque curve (screwing in implants)

■ Very quickly in situ (in approx. 6 sec) thanks to the double thread
■ Constantly and quickly ascending curve
■ Maximum value at the end
■ No stress


















Design
Fig. 5: blueSKY implant system - indication

Above all, the blueSKY implant is suitable for flush insertion of the implant and in the augmented bone.
The higher, machined rim of the classic » SKY implant is particularly suitable for cases of differences in the bone height if the user intends to maintain the bone height.


















































Design
Fig. 8: blueSKY implant system - five lengths

The blueSKY implants are available in the sizes as in the classical » SKY and » whiteSKY with the same colour code.



Information on ordering:
» blueSKY implants: Ø 3,5 mm / length 10 - 16 mm
» blueSKY implants: Ø 4,0 mm / length 8 - 16 mm
» blueSKY implants: Ø 4,5 mm / length 8 - 14 mm



Side up

New insertion concept - safe and simple
Fig. 1: blueSKY implant system - implant and cover screw in the color-coded tray with length markings

1 Direct removal

2 Safe transport with special insertion instrument Eindreher

3 Immediate screwing in















New insertion concept - safe and simple
Fig. 2: blueSKY implant system - implant and cover screw in the color-coded tray with length markings


4 The cover screw is removed with the same instrument

5 Safe transport with the insertion tool

6 Immediate screwing in max. torque is low















New insertion concept - safe and simple
Fig. 3: blueSKY implant system - implant and cover screw in the color-coded tray with length markings

■ Direct removal
■ Immediate screwing in








New insertion concept - safe and simple
Fig. 4: blueSKY implant system - insertion instruments

■ With conical Torx → implant
■ Round cone → cover screw

Individual products
■ Contra-angle – long and short
■ Ratchet – long and short

Information on ordering
» blueSKY insertion instruments
» blueSKY ratchets



Side up

Surgical protocol
Fig. 1: OP-Tray für » SKY (titanium), blueSKY (titanium) und » whiteSKY (brezirkon)
■ Instruments are clearly arranged and can be easily put in.
■ Two implant materials (titanium and brezirkon) - one surgical set of instruments
■ Decide which system to place after preparing the cavity.

Information on ordering:
» OP-Tray>



Surgical protocol
Fig. 2: blueSKY implant system - surgical procedure based on bone quality (D4)

The surgical procedure takes the bone quality into account. The procedure that is used differs slightly from that used for the classic SKY implant.
Cavities have considerably smaller dimensions when they are prepared in soft bone D4 using the final drill
This instrument is used for completing the preparation in bone quality D4.

Information on ordering:
» Final drill


Surgical protocol
Fig. 3: blueSKY implant system - surgical procedure based on bone quality (D3)

Especially in the cortical area, D3 bone is prepared in accordance with the implant diameter (with the XL-drill up to a max. depth of 3 mm)


Information on ordering:
» XL-drill






Surgical protocol
Fig. 4: blueSKY implant system, surgical procedure based on bone quality (D1 and D2)

The max. depth of preparation of D1 and D2 bone types with the XL-drill is 2 mm less than the implant length


Information on ordering:
» XL-drill





Surgical protocol
Fig. 5: blueSKY implant system, surgical procedure based on bone quality

This is a compact overview of the entire surgical procedure. - First use the pilot drill, then the twistdrill and finally the respective length of the final drill.


» PDF: Overview surgical protocol [680 kb]






Surgical protocol
Fig. 6: blueSKY implant system, surgical procedure based on bone quality

First use the pilot drill, then the twistdrill and ...

Information on ordering:
» Pilot drill
» Twistdrill







Surgical protocol
Fig. 7: blueSKY implant system, surgical procedure based on bone quality

... then the twistdrill and finally the respective length of the final drill.


Information on ordering:
» Final drill







Surgical protocol
Fig. 8: blueSKY implant system, surgical procedure based on bone quality

The preparation in bone quality D4 is already completed now.









Surgical protocol
Fig. 9: blueSKY implant system, surgical procedure based on bone quality

In bone quality D3 cortical bone is removed with the XL drill up to a maximum depth of 3 mm.

Information on ordering:
» XL-drill








Surgical protocol
fig. 10: blueSKY implant system, surgical procedure based on bone quality

Bone quality D2 is prepared to a larger depth using the XL drill – up to 2 mm less than the implant length; that is a depth of up to 10 mm is prepared for an implant with a length of 12 mm.







Surgical protocol
Fig. 11: blueSKY implant system, surgical procedure based on bone quality

Bone quality D1 is prepared to a larger depth using the XL drill – up to 2 mm less than the implant length; that is a depth of up to 10 mm is prepared for an implant with a length of 12 mm.



The rough coronal section of » whiteSKY und blueSKY requires a change of the surgical procedure used for » SKY.



Side up

Prosthetic solutions
Fig. 1: blueSKY implant system,
"One for three" = high profitability

Three diameters = One platform

» cp. SKY








Prosthetic solutions
Abb. 2: blueSKY implant system,
"One for three" = high profitability

One platform = All prosthetic options with a limited number of components


» PDF: Overview prosthetic solutions [362 kb]







Prosthetic solutions
Fig. 3: blueSKY implant system,
Impression / Model fabrication

A1 = Closed tray
A2 = Open tray
B = Implant analogue




Information on ordering:
» Impression / Model fabrication



Prosthetic solutions
Fig. 4: blueSKY implant system,
Exposure - modular system

Gingiva former


Information on ordering:
» Gingiva formers







Prosthetic solutions
Abb. 5: blueSKY implant system,
Exposure - modular system

SKY temp




Information on ordering
» SKY temp





Prosthetic solutions
Abb. 6: blueSKY Implant system,

Titanium abutments




Information on ordering:
» Titanium abutments






Prosthetic solutions
Abb. 7: blueSKY implant system,

Zirconium abutments




Information on ordering
» Zirconium abutments






Prosthetic solutions
Abb. 8: blueSKY implant system,

Individual abutments




Information on ordering:
» Individual abutments: UVE
» Individual abutments: Cast-on abutment






Prosthetic solutions
Abb. 9: blueSKY implant system,

Bar abutments




Information on ordering:
» Bar abutments






Prosthetic solutions
Fig. 10: blueSKY implant system,

Ball abutments




Information on ordering:
» Ball abutments






Prosthetic solutions
Fig. 11: blueSKY implant system,
Prefabricated restorations

Smiling-Cone




Information on ordering
» Prefabricated restorations: Smiling-Cone