Implant systems
Select Series
A bone-level implant with an 11° Morse taper, internal hex indexing, tapered body geometry and the S.L.A Pro surface.
Implant systems
A bone-level implant with an 11° Morse taper, internal hex indexing, tapered body geometry and the S.L.A Pro surface.
Implant architecture
A tapered, self-cutting design for a controlled insertion sequence.
The Select Series combines a 1.5° tapered implant body with a progressive double-helix thread and cutting-edge geometry. The design is intended to support efficient insertion and primary stability while allowing the clinician to follow a defined surgical protocol.
Product range
One system, six implant diameters.
Choose the implant diameter and length that match the planned clinical site. Mini and Regular platforms provide a structured range for different anatomical and restorative requirements.
Availability and configurations may vary by market. Contact Trusyou for current product information and applicable documentation.
S.L.A Pro surface
Four controlled stages from surface creation to final cleaning.
Programmed zirconia sandblasting
Controlled large-grit blasting creates a consistent macro-rough surface while avoiding aluminium blasting-media residue.
Double-acid thermal treatment
A defined acid-etching and thermal process builds the micro-scale surface topography used for the S.L.A Pro finish.
24-channel ultrasonic cleaning
Multi-stage ultrasonic cleaning is used to remove processing residues before the final surface treatment.
Plasma surface processing
Vacuum plasma processing removes organic surface contaminants and is intended to improve surface wettability.
Initial stability
Designed with soft-bone conditions in mind.
The tapered body and progressive self-tapping thread are designed to engage the osteotomy progressively. The original Select Series material particularly highlights primary-stability performance in lower-density bone.
Thread spaces preserve room around the implant surface, while the shallow coronal thread profile is designed for controlled engagement at the crestal region. Case selection, osteotomy preparation and loading decisions remain the responsibility of the trained clinician.
Clinical data reported on the original page