Mediden Osstem TS Regular 3D Digital Implant Analog 4/4.5/5mm (3D-58)
Mediden Osstem TS Regular 3D Digital Implant Analog (3D-58) is a precision-engineered digital laboratory analogue designed for Osstem TS implants, enabling accurate implant replication in CAD/CAM workflows across 4.0mm, 4.5mm, and 5.0mm platforms.
Contact us for sales assistance from our Biomedical Engineer.
Features:
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Osstem TS Compatibility: Perfect fit with the Osstem TS Regular platform implants
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Digital Lab Analog: Replicates implant position and orientation in 3D models
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CAD/CAM Ready: Fully compatible with digital workflows for milling and 3D printing
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Multi-Size Options: Available in 4.0mm, 4.5mm, and 5.0mm for clinical versatility
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Restorative Platform Accuracy: Duplicates implant platform for precise prosthetic design
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Digital Precision: Engineered for high-fidelity modeling in restorative planning
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Reliable Foundation: Ensures optimal alignment for crowns, abutments, and bridges
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Advanced Dentistry Integration: Supports modern digital implantology best practices
| Technical Specification |
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- 1 x 3D Digital Implant Analog
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Check Compatibility: Ensure the analog matches Osstem TS Regular implant platform and the patient case requirements.
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Sterilize Before Use: Autoclave the analog following dental sterilization protocols.
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Integrate with CAD/CAM: Use in your digital design and model production process via milling or 3D printing.
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Insert into Model: Fix the analog into the model where the implant is to be replicated.
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Perform Restorative Steps: Proceed with prosthesis design, fitting, and adjustments using the model.
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Verify Fit: Cross-check digital and clinical implant positions for consistency.
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Document and Maintain: Keep procedure records and clean/store the analog as per guidelines for reuse.
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Supports accurate prosthesis fabrication in digital implant workflows
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Eliminates guesswork in implant positioning during lab fabrication
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Compatible with a wide range of CAD/CAM systems
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Minimizes errors in restorative outcomes by mirroring clinical implant positions
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Saves time with easy integration into 3D printed or milled models
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Promotes predictable treatment results and streamlined lab communication
