AnalogInternal HexagonWP
Digital Model Analog H=12mm – Ø4.5 Platform
- Connection
- Internal Hexagon (WP)
- SKU
- DAS-100038
Compatible systems: Alpha-Bio®, BioHorizons®, Implant Direct®, MIS®, Zimmer Biomet®
Quantity
Internal Hex 2.43 pathway
From placement to restoration, one connection
Every part below shares the Internal Hex 2.43 connection.
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1Place
Implants 10 parts · from $70(opens in a new tab)
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2Heal
Healing caps 5 parts · from $14(opens in a new tab)
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3RecordDigital Model Analog H=12mm Internal Hex Transfers and Analogs You are here
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4Restore
Cemented abutments 21 parts · from $15Straight and angled(opens in a new tab)
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5Digital
Ti-Base CAD/CAM 8 parts · from $20Scan bodies and Ti-bases(opens in a new tab)
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6Full arch
Multi-unit 18 parts · from $8Straight, 17°, 30°, 45°(opens in a new tab)
Overview
The Digital Model Analog – Internal Hex Ø4.5 Platform (H = 12.0 mm) is engineered to accurately replicate the Internal Hex implant interface within digital and 3D-printed working models. Designed specifically for Ø4.5 mm Internal Hex platforms with a 12.0 mm analog height, it ensures precise transfer of implant position, angulation, and depth from digital planning to the physical model.
Manufactured with high-precision tolerances, this analog provides stable, non-rotational seating within printed or milled models, supporting accurate prosthetic fabrication and verification. The defined 12.0 mm height offers a consistent emergence reference and reliable seating during laboratory workflows.
Ideal for CAD/CAM environments, digital impressions, and advanced implant planning, this Internal Hex digital model analog supports predictable placement of abutments, scan bodies, and prosthetic components.
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Digital model analog for Internal Hex Ø4.5 implant platforms
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Height: 12.0 mm for consistent model reference
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Designed for digital and 3D-printed working models
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Accurately replicates the Internal Hex implant interface
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Stable, non-rotational seating in printed models
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High-precision manufacturing for prosthetic accuracy
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Compatible with CAD/CAM and digital implant workflows
Technical sheets
