- Home
- »
- Products & Services
- »
- Dental Implant Screw
Dental Implant Screw
DUAL THREAD IMPLANT
| Implant Type | Basal |
| Design Type | Single Piece |
| Shape | Conical |
Dual Thread Configuration
The implant features two different thread patterns:
· Crestal micro threads for stress reduction and crestal bone preservation
· Apical aggressive threads for high primary stability and anchorage
This dual-zone design improves load distribution and minimizes marginal bone loss.
Micro Thread Neck Design
Micro threads at the cervical region help reduce crestal bone stress, improving long-term peri-implant bone stability.
High Primary Stability
Optimized thread geometry provides excellent initial fixation, even in softer bone types.
Designed to support immediate and early loading protocols when proper case selection and insertion torque are achieved. Additional Indications
· Suitable for pterygoid and extension socket applications
Precision-Engineered Surface
Manufactured for consistent bone contact and predictable osseointegration.
CSI IMPLANT
Product Brochure
| Implant Type | Conventional |
| Design Type | 2 Piece Immediate Loading |
| Shape | Conical |
| Brand | rline imapct |
| Material | Titanium |
| Packaging Type | Sterile Vial |
| Diameter | 3.75 mm |
The advanced Double Progressive Divergent Thread is engineered to deliver superior primary stability in the most challenging clinical scenarios.
As the thread progresses coronally from the neck region, it precisely slices through bone while simultaneously creating controlled lateral compression. This dual-action mechanism enhances bone condensation, increases surface contact, and optimizes mechanical engagement within the osteotomy site.
The progressive divergence allows:
* Greater insertion torque control* Enhanced bone density around the implant* Superior primary stability* Reduced micromovement during healing
This design is especially beneficial in:✔ Extraction sockets✔ Soft or poor-quality bone✔ Immediate loading protocols✔ High-demand functional zones
By combining cutting efficiency with strategic bone compression, the implant achieves maximum strength, long-term stability, and predictable clinical success — even in compromised conditions.