What is the maximum inter-implant divergence the M1.4 angulated MUA can compensate?

DIP Dental M1.4 angulated multi-unit abutments are available in angulation options that allow compensation of up to 30 degrees of implant divergence per abutment. This makes it possible to achieve a passive, parallel prosthetic platform even when implants are placed at significant angles - critical for full-arch cases where ideal implant angulation is limited by available bone anatomy.

What is the M1.4 hex connection and which implants is it compatible with?

The M1.4 refers to the internal hex connection with a 1.4mm hex depth - the most widely used internal hex interface in the industry. DIP Dental M1.4 multi-unit abutments are compatible with a broad range of internal hex implant systems sharing this geometry, including DIP Dental's own Premium implant line (Green Line, Spiral RBM, Narrow 3.0, Classic Cone Taper, Smart Dual Thread). Always verify platform size (NP Ø2.00mm or RP Ø2.42mm) before ordering.

What angle correction do the angulated multi-unit abutments provide?

The angulated M1.4 multi-unit abutments provide a prosthetic correction of up to 30 degrees, redirecting the screw access channel to a more favorable position for prosthetic screw retention. This is particularly valuable in posterior implants placed with buccal angulation or in cases where avoiding vital anatomy required off-axis placement.

What torque value should be used when seating the M1.4 multi-unit abutment?

The M1.4 multi-unit abutment should be seated at the implant-level torque specified by the implant manufacturer - typically 30-35 Ncm for the MUA fixation screw. Prosthetic screws (connecting the bar or bridge framework to the MUA) are usually torqued to 15 Ncm. Always use a calibrated torque wrench and the dedicated 1.4M ratchet driver for accurate seating and to avoid hex damage.

Are DIP Dental M1.4 multi-unit abutments suitable for digital workflow and CAD/CAM restorations?

Yes. DIP Dental M1.4 multi-unit abutments are fully compatible with digital restorative workflows. They are designed for use with scan bodies and digital impression systems, allowing intraoral or desktop scanning for CAD/CAM fabrication of full-arch bridges and implant bars. The consistent geometry of the M1.4 platform ensures accurate library matching in major dental CAD software, supporting fully digital planning and prosthetic delivery.

Pilier multi-unitaires M1.4 | Hex

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Nos solutions de piliers multi-unitaires M1.4 pour les systèmes d'implants à hexagone interne sont conçues pour prendre en charge des flux de travail restauratifs prévisibles, efficaces et entièrement numériques. Chaque pilier est conçu pour une stabilité exceptionnelle, une gestion idéale des tissus mous et une intégration prothétique fiable, jusqu'à 60 degrés. Grâce à des bibliothèques numériques complètes et bien organisées compatibles avec les principales plateformes de CFAO, les cliniciens peuvent rationaliser la planification, la conception et la production du début à la fin. Explorez notre sélection pour découvrir des composants multi-unitaires de haute qualité, prêts à l'emploi et conçus pour la précision et la commodité.

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