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Venuscon®
Special implant system developed to suit all needs
Venuscon® Implant Features
Wide Range of Diameters
Venuscon® implant systems offer ideal diameter options for different bone structures and clinical indications. Spanning diameters from 3.2 mm to 5.0 mm, they enhance stability while optimizing biomechanical compatibility. Each diameter option is designed with a 2.3 mm platform for prosthetic integration, providing surgeons with extensive flexibility and patients with a durable, reliable treatment experience. To accommodate diverse anatomical structures and case requirements, Venuscon® implants come in various lengths, ranging from 6 mm to 16 mm. Their high-stability design and Ti6Al4V ELI (Grade 23) titanium construction deliver a trustworthy solution, suitable for everything from minimally invasive procedures to complex surgical applications. Achieve maximum success and adaptability for your patients!
Ti6Al4V ELI (Grade 23) Titanium
All Venuscon® implants are manufactured from Ti6Al4V ELI (Grade 23) titanium alloy. Renowned for its nearly complete osseointegration capabilities, this alloy is proven to be an optimal material for implant production. It provides superior mechanical strength, durability, and chemical stability, and is also biologically inert. In terms of mechanical force resistance, it is about 40% stronger than Grade 4 titanium—offering enhanced reliability and long-term performance.
Detailed Surface Features
Targeted Roughness
To achieve the desired roughness, the implant is blasted with specially hardened Hydroxyapatite particles, including beta-Tricalcium Phosphate, Alpha-TCP, TTCP, and Calcium Phosphate (CPP). A carefully controlled passivation process follows, selectively dissolving residual particles from the surface. Research indicates that for dental implants, a minimum Ra (roughness average) of approximately 1–1.5 μm is ideal for promoting osseointegration.
Analyses of VenüsCon® products reveal Ra values above the commonly accepted range of 1–1.5 μm, implying a significantly higher bone-to-implant contact ratio. In fact, VenusCon implants consistently achieve a surface roughness of around Ra 2–2.5 μm.
RBM and TiO₂ Coating
VenüsCon® Implants are coated with a thin Titanium Oxide (TiO₂) layer and further refined using an RBM process involving Calcium Phosphate. As a biocompatible material, Calcium Phosphate increases the implant’s surface area, maximizing bone-to-implant contact. This process is meticulously designed to roughen the surface without leaving any embedded abrasive particles. It entails blasting the implant with Calcium Phosphate to create a macro-topography, then performing passivation to remove any remaining Hydroxyapatite fragments.
Conclusion
By offering a larger surface area, enhanced adhesion properties, and greater biological fixation, this specialized RBM treatment results in a rougher surface than conventional acid-etching methods. The outcome is superior osseointegration, improved mechanical stability, and an optimal bone-implant interface—ultimately contributing to more predictable and long-lasting clinical success.
Venuscon® Bone Level Implants offer excellent aesthetics and naturalness for many indications.
All Venus Implants are manufactured from Ti6Al4V ELI (Grade 23) titanium alloy, proven to be an ideal material for implant production due to its exceptional ability to achieve nearly complete osseointegration with bone. This alloy also provides superior mechanical strength, durability, and chemical stability. In terms of mechanical performance, it is approximately 40% stronger than Grade 4 titanium.
VenüsCon® Implants feature a thin layer of Titanium Oxide (TiO₂) on their surface. Additionally, the surface undergoes Resorbable Blast Media (RBM) treatment with Calcium Phosphate, a biocompatible material. This enhanced surface technology increases the implant’s overall surface area, thereby maximizing bone-to-implant contact and improving clinical outcomes.
Product Information
Code
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SLV 3208
SLV 3210
SLV 3211
SLV 3213
SLV 3216
Code
SLV 3706
SLV 3708
SLV 3710
SLV 3711
SLV 3713
SLV 3716
Code
SLV 4306
SLV 4308
SLV 4310
SLV 4311
SLV 4313
SLV 4316
Code
SLV 5006
SLV 5008
SLV 5010
SLV 5011
SLV 5013
SLV 5016
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