DSI Digital Analogs offer advantages over traditional ones, especially in digital dental practices. They involve using digital scans to create precise models of implant placements in a patient's mouth. These models can then be used with the analogs for accurate replication.
These Digital Analogs are crucial for pinpointing the exact position, angle, and orientation of implants. Made of titanium, each analog comes with a fixation screw for stability when attached to models, ensuring they stay in place during procedures and providing maximum precision and reliability.
The DSI Digital Analog provides precise geometry for both single and full denture restorations. Its ability to adjust the gum line improves durability and aesthetics compared to other methods, leading to better long-term performance.
DSI Analogs are made using cutting-edge CNC machines known for their ultra-precise craftsmanship, achieving accuracy down to a few microns. These machines craft the parts in a more controlled manner to ensure they match the original platforms perfectly.
This analog is 100% compatible with the MIS® regular platform Ø3.8mm.
The analog is made from grade 5 titanium alloy and finished with blue color anodization. Each digital analog is equipped with a special fixation screw.
Indications:
- 3D-printed models
- Single tooth restorations
- Bridges
- Partial and full dentures
Features & Benefits:
- Made using advanced ultra-precise CNC machines, ensuring accuracy down to a few microns
- Guarantee perfect replication of original platforms
- This analog is 100% compatible with the MIS® regular platform Ø3.8mm
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Precise duplication of the implant position and angle
- Suitable for various dental restorations, including single-tooth fixes, bridges, partial dentures, full dentures, and more
- Made from titanium alloy grade 5
- Finished with blue color anodization
Technical information:
- Made of titanium alloy grade 5 Ti-6Al-4V ELI - biocompatible
- Platform: MIS® regular platform Ø3.8mm
Package includes 1 analog, fixation screw included
