Description
This innovative implant (Bicon Implants Compatible) features a dual platform transfer and a fish fin–shaped body, paired with a semi-spherical abutment contour that creates greater bone space and optimizes biological width. The restoration process is simple and effective, requiring no screw fixation, which reduces the risk of mechanical complications.
The Morse taper locking mechanism enables multi-directional abutment placement, while the shoulderless abutment closely mimics natural tooth anatomy—making adjustments and impression-taking significantly easier for clinicians.
The fish fin geometry allows for a press-fit insertion, minimizing bone trauma while maximizing the contact surface area, which contributes to long-term implant stability. A unique thread design further enhances bone contact and promotes osseointegration.
Preferred Cold-Worked Titanium Grade 4 for Safer Use
Through a specialized cold-working process, the new Cold-Worked Titanium Grade 4 achieves improved biocompatibility, higher mechanical strength, and greater long-term durability while maintaining the advantages of commercially pure titanium.
- After 5 million fatigue tests, the tensile strength of the implant raw material exceeds 900 MPa
- A higher yield strength and improved mechanical performance are achieved through advanced cold-working treatment
Mechanical Properties
- Conventional Titanium Grade 4: 750 MPa
- Cold-Worked CP Titanium Grade 4
Yield Strength: > 800 MPa
Tensile Strength: > 900 MPa
Size Details:
| Well | Diameter (Ø mm) |
|---|---|
| 2.0 Well | Ø 3.5 mm |
| 2.5 Well | Ø 4.0 mm |
| 3.0 Well | Ø 4.6 / Ø 5.0 / Ø 5.5 / Ø 6.0 mm |
National Patented S.L.A Surface Treatment for More Stable Osseointegration
Patent No.: ZL 2012 1 0431965.7
Patent No.: ZL 2012 1 0432046.1
Unlike conventional sandblasting and acid-etching surface treatments, this patented S.L.A surface treatment is designed to support both short-term loading performance and long-term implant stability.
- Mixed-size particle sandblasting creates a richer surface topography, with large pores superimposed on smaller pores, which is conducive to the attachment and extension of bone cell pseudopodia of different diameters
- No sharp edges remain after acid etching, helping provide a more stable surface profile without damaging cell pseudopodia
- Surface activation treatment results in a smaller contact angle and improved hydrophilicity
- Under microscopic inspection, burrs and impurities are manually removed to ensure a cleaner and more refined implant surface
This is my third order of the short implants. The quality has been excellent every time, very reliable.
Excellent primary stability ¡ª very satisfied with the performance and will definitely consider using it again in future cases.
I had been searching for short implants for a while. Bicon shorts are too expensive to me, so this option looks good.
This short implant is excellent, benefiting both the patient and the dentist.
We are very happy with the short implants. We have had great customer care and follow up for our orders. We will be using this company again in the future.