Dental Implant Surgical Kits

02 Details

Stark implant platform designs are made with the
platform switching principle, all our implant diameters
have different PS distances. This unique concept gives
the implant both biological and biomechanical
advantages. This design protects the implant from
lateral loads stressing the marginal bone and absorbs it
in the body. As a subcrestal implant our periosteum
covers more surface area over the implant and
connected tissue attach in higher surface area then
coventional design abutments cuffs. This improve both
esthetics and soft tissue adaptation.
Gravis implants synchronized V thread design has a
1.1mm in a single pitch. This V shape thread spread the
stress to 3 contact point while insertation and protects
implant from bone necrosis. The total 1 turn of gravis
progress 2.2 mm into the cavity with smooth
condensing placement.
Helix cutting edges changes on the diameters in Stark
implants , smaller diameters have 2 flutes while the
bigger dimensions 3 or 4 This cutting edges enable to
change the path of the implant easily and give you a
stable torq resistance without using any tapping drill.
Stark manufactures implants that cross borders in cnc
machining, this mastery is supported by state-of-the-art
machinery and allows us to produce all the complicated
designs for you. The micro-grooved open tooth is a very
complex feature that you need to work in tight spaces
such as 0.2mm -0.3mm without fracture. This design
simultaneously creates stability in the cortical and
trabecular bones, providing controlled placement in all
areas of the jawbone and instant loading at low torques.
Implant neck surface area geometry is higher than with
older micro-threaded implants.
Deep conical connection which has 11° morse taper
give us a hermetic seal and prevent from bacterial
transicion inside our implant. This strong connection
make our implant to move like a monoblock implant
under lateral forces and eliminates implant fractures
with screw loosenings.
The domed apical design of Stark implants protects the
anatomical structures. It minimizes perforation in sinus
floor elevations and mandibular nerve manipulations