• Improved self-tapping function • Enhanced penetration
Connection
• Submerged type implant with an internal hex 11º taper connection structure • Optimum screw thread design for SLA surface to achieve consistent roughness • Taper body design with superior initial stability • Highest initial stability in soft bone by using upper-section thread and body design • Powerful self-threading effect using cutting edge design • Acquires the initial stability needed in immediate loading even in soft bone
Cutting Edge Design
• The cutting edge which applied to fixture designed to have optimum torque at the all the bone tissue condition. • It is applied and divided by length and size, Added cutting edge to the body thread design could make convenient work for the modification of path and self tapping.
SLA Surface
M2
FIXTURE DESIGN
M2
FIXTURE DESIGN
x1000
x3000
S.L.A SURFACE
• Surface of fixture are excellent in morphology and roughness. Increased 50% of the surface area than RBM
• The S.L.A Surface and the entire taper shape of M2, M3 fixture could get enough initial fix
x1000
x3000
S.L.A SURFACE
• Surface of fixture are excellent in morphology and reughness. Increased 50% of the surface area than RBM
• The S.L.A Surface and the entire taper shape of M2, M3 fixture could get enough initial fix
• Surface of fixture are excellent in morphology and reughness. Increased 50% of the surface area than RBM
• The S.L.A Surface and the entire taper shape of M2, M3 fixture could get enough initial fix
M2
FIXTURE
Macro Thread (Double Thread)
• Improved self-tapping function • Enhanced penetration