HYBRID FIXTURE; “SLA” SURFACE
Hybrid implants make implant placement easier and rarely needs grafting procedures. In many cases, Hybrid implants can avoid complicated surgeries such as sinus elevation and nerve repositioning which can be an advantage both from the clinicians and the patients point of view.
SLA surface is not a coating surface. Macro roughness is created by spraying large sand particles onto the implant. Applying the acid to the surface gives 2-4 µm micro-pits. SLA implant surfaces are intermediate rough surfaces. The roughness grade is the same along the implant surface.
Implantation Position; Key Point; to get a succesful long term result, the placement of the implant at least 3 mm below the soft tissue margin is strongly recommended.
360° FLEXIBLE POSITIONING
Hybrid abutments are completely interchangeable, and all benefit from the unique 360° positioning provided by the locking taper connection.
SLOPING SHOULDER
Hybrid’s sloping shoulder affords flexibility at the time of implant placement and provides space for impressive bone maintenance.
1.5° LOCKING TAPER
1.5° Locking taper connection provides bacterial seal at the implant-abutment interface and bacterial seal avoids the microleakage issues.
ROUND APEX
The rounded apex may reduce the risk of tissue damage, especially when placing the implant into maxillary sinus sites.
SLA SURFACE
The SLA surface is not a coating surface. Macro roughness is created by blasting large particles of grit onto the implant.
HIGHT STABILITY THREADS
High primary stability, Even stress distribution, Ensures implant path, Decrease sensitivity on drill size.
NRW
2.0 MM IMPLANT
NRW
2.0 MM IMPLANT
S 3008 ( 3.0 x 8.0 )
S 3010 ( 3.0 x 10 )
S 3012 ( 3.0 x 12 )
S 3508 ( 3.5 x 8.0 )
S 3510 ( 3.5 x 10 )
S 3512 ( 3.5 x 12 )
MDM
2.5 MM IMPLANT
MDM
2.5 MM IMPLANT
S 4008 ( 4.0 x 8.0 )
S 4010 ( 4.0 x 10 )
S 4012 ( 4.0 x 12 )
WDE
3.0 MM IMPLANT
WDE
3.0 MM IMPLANT
S 4508 ( 4.5 x 8.0 )
S 4510 ( 4.5 x 10 )
S 4512 ( 4.5 x 12 )
S 5008 ( 5.0 x 8.0 )
S 5010 ( 5.0 x 10 )
S 5012 ( 5.0 x 12 )
NRW
2.0 MM IMPLANT
NRW
2.0 MM IMPLANT
203009H (3.0x9.0) 203011H (3.0x11)
203508H (3.5x8.0) 203511H (3.5x11)
203509H (3.5x9.0)
204006H (4.0x6.0) 204009H (4.0x9.0)
204008H (4.0x8.0 ) 204011H (4.0x11)
MDM
2.5 MM IMPLANT
MDM
2.5 MM IMPLANT
254005H (4.0x5.0) 254008H (4.0x8.0)
254006H (4.0x6.0) 254011H (4.0x11)
254508H (4.5x8.0) 254511H (4.5x11)
255008H (5.0x8.0) 255011H (5.0x11)
WDE
3.0 MM IMPLANT
WDE
3.0 MM IMPLANT
304005H (4.0x5.0) 304008H (4.0x8.0)
304006H (4.0x6.0) 304009H (4.0x9.0)
304505H (4.5x5.0) 304509H (4.5x9.0)
304506H (4.5x6.0) 304510H (4.5x10)
304508H (4.5x8.0) 304511H (4.5x11)
305005H (5.0x5.0) 305009H (5.0x9.0)
305006H (5.0x6.0) 305011H (5.0x10)
305008H (5.0x8.0)
306005H (6.0x5.0) 306008H (6.0x8.0)
306006H (6.0x6.0) 307008H (7.0x8.0)
HYBRID IMPLANT PROCEDURE
Please proceed to follow the HYBRID Implant application phase.