What is the difference between a pre-milled abutment and a cast abutment in terms of fit accuracy?

Pre-milled abutments are factory-machined from solid titanium blanks under CNC precision, producing tolerances of ±5–10 microns at the implant interface. Cast abutments involve a wax-up and casting process that introduces shrinkage and distortion, typically resulting in tolerances of ±50–100 microns. The tighter fit of a pre-milled abutment reduces microgap at the implant-abutment junction, lowering the risk of bacterial leakage, screw loosening, and marginal bone loss over time.

Which implant systems are the Arum pre-milled abutments compatible with?

DIP Dental's Arum pre-milled abutments are available for Zimmer 3.5 RP, Hiossen Mini connection, Hiossen Regular Platform, and Straumann BLX connection (Medentika compatible). Each blank is precision-machined to the exact platform geometry of the target implant system, ensuring a passive, accurate fit at the implant interface prior to milling the emergence profile and crown geometry in-lab.

What milling machines and CAD software are compatible with Arum pre-milled abutment blanks?

Arum pre-milled blanks are designed for use with Arum-compatible milling systems and are supported in major dental CAD platforms including Arum CAD, exocad, and 3Shape. The standardized blank dimensions (Ø10mm × 26mm) are recognized by most open-architecture lab milling units. Always verify library availability for your specific implant connection within your CAD software before ordering.

What titanium grade are the pre-milled abutment blanks manufactured from?

The pre-milled abutment blanks are machined from Grade 5 titanium (Ti-6Al-4V ELI) — the same alloy used in most premium implant abutments. Grade 5 titanium offers the optimal combination of high tensile strength, fatigue resistance, and biocompatibility required for long-term intraoral function. All components carry FDA, CE, and ISO certification.

Can pre-milled abutments be used for both screw-retained and cement-retained restorations?

Yes. The pre-milled blank provides the implant-level connection; the emergence profile, margin height, and crown retention form are milled in-lab to your prescription. This means the same blank can be designed for a screw-retained crown (with an angled or straight screw channel) or a cement-retained crown with a subgingival margin — the choice is made at the CAD design stage, not at the component level.

Pilares pre-fresados

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Pilares Pre-fresados para Laboratorios Dentales — Mecanizado de Precisión, Listos para Fresar.

Los pilares pre-fresados son piezas en bruto de titanio fresadas en fábrica con mecanizado de precisión según las especificaciones exactas de la plataforma del implante, diseñadas para flujos de trabajo CAD/CAM en laboratorios dentales. A diferencia de los pilares colados, los pilares pre-fresados ofrecen tolerancias más estrictas, una precisión de ajuste superior y una calidad constante, listos para escanear, diseñar y fresar internamente sin trabajo de preparación adicional.

DIP Dental ofrece una selección cada vez mayor de pilares pre-fresados compatibles con los principales sistemas de implantes:

Arum® — Compatible con Zimmer® 3.5 RP y Hiossen® Mini Connection & Regular Platform (D=10mm, L=26mm). Ideal para unidades de fresado Arum® y flujos de trabajo CAD/CAM.

Medentika® — Compatible con Straumann® BLX Connection. Diseñado con precisión para un ajuste óptimo con la geometría de la plataforma BLX.

Próximamente más sistemas y configuraciones. Precios competitivos, alta disponibilidad de existencias y producción personalizada para pedidos de laboratorio más grandes.

Cumple con la FDA, CE e ISO.

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