AnalogInternal HexagonSP
Digital Model Analog H=12mm – Ø3.75 Platform
- Connection
- Internal Hexagon (SP)
- SKU
- DAS-100065
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 17 parts · from $8Straight, 17°, 30°, 45°(opens in a new tab)
Overview
The Digital Model Analog – Internal Hex Ø3.75 Platform (H = 12 mm) is engineered to accurately replicate the implant interface within digital and 3D-printed working models. Designed specifically for 3.75 mm Internal Hex platforms with a 12 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 a stable, non-rotational fit within printed or milled models, supporting accurate prosthetic fabrication and verification. The defined 12 mm height allows consistent seating and reliable emergence reference during laboratory workflows.
Ideal for CAD/CAM environments, digital impressions, and advanced implant planning, this analog supports predictable placement of abutments, scan bodies, and prosthetic components.
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Digital model analog for Internal Hex Ø3.75 mm platforms
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Height: 12 mm for consistent model reference
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Designed for digital and 3D-printed working models
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Accurate transfer of implant position and angulation
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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
