Pre-milled Ti-blanks compatible with Megagen Anyone™

Pre-milled Ti-blanks compatible with Megagen Anyone™

Product Overview

Pre-milled Ti-blanks compatible with Megagen Anyone™ are designed for Megagen Anyone implant platforms. They are prefabricated titanium substrates used by digital CAD/CAM machining centers to fabricate custom abutments. The implant interface at the lower end of the blank is pre-machined with high precision. Only the upper section of the blank requires milling to produce one-piece custom titanium abutments. Compatible with various bone conditions, it supports restorative plans with different loading timelines for both routine and high-difficulty implant restoration cases.

Product Material

Medical-grade TC4 titanium alloy. The raw material undergoes precision forging with evenly arranged internal grains. It delivers stable fatigue and corrosion resistance. Its physical and chemical properties remain stable in oral saliva environment, featuring reliable biocompatibility.

Main Specifications & Parameters

A variety of blank diameters and milling heights are available, covering different interface specifications of the Anyone platform. Compatible with mainstream dental CNC milling machines and various CAD design software on the market.

11200210：MG-Anyone-R-10C（Unit: mm）

Other Available Specifications

（For more specifications, please refer to the product catalog or contact our customer service.）

Scope of Application

Compatible with Megagen Anyone implant platforms for dental laboratories to manufacture custom abutments via digital milling process. Suitable for single-tooth and multi-unit fixed bridge restorations. It addresses clinical scenarios such as moderate bone conditions and angled implant placement, applicable for anterior aesthetic restorations and posterior loading restorations.

Product Advantages

• Integrally Pre-formed Interface: The interface is precision machined at the factory with no secondary milling required. It ensures tight fit with the implant, minimizes interfacial gaps and reduces long-term bone resorption risk caused by micro-leakage.

• Built-in Positioning Index Structure: Easy clamping and positioning, enabling fast alignment of digital data. It cuts down technicians’ time spent on model matching and improves consistency of finished products.

• Design with Sufficient Milling Allowance: Ample cutting space reserved on the blank to flexibly create emergence profiles of varying heights and shapes, adapting to gingival soft tissues of different thicknesses.

• Excellent Cyclic Occlusal Resistance: The substrate features good fatigue resistance to withstand repeated occlusal loads in posterior regions and lower the risk of fracture and deformation of restorations over long-term service.

• Adjustable Screw Channel Angle: The orientation of screw holes can be modified for tilted implants to optimize hole positions, enhancing aesthetic performance in anterior zones while maintaining structural strength.

• Simplified Machining Procedures: Eliminates finishing operations on the interface, reduces milling steps and tool wear. Ideal for batch production in dental labs and improves delivery efficiency.