Overview

The document provides technical data and performance specifications for the Quadra model holder base and related implantology tools used in implant-supported prostheses.

Product Description

Quadra Model Holder Base: A versatile base designed to allow a wide range of positioning for the insertion and lingual positioning of clamping screws on superstructures attached to implants. It features an inclinable shelf with an inclination range from 0° to 135°, and rotation capability from 0° to 360°, facilitating precise alignment during prosthetic procedures.

Technical Specifications

• Dimensions: 110 x 65 mm (Quadra base), 160 x 230 mm and 195 x 190 x 80 mm (other components)
• Weight: 1.1 kg (Quadra base), 6 kg and 4 kg for other devices
• Inclination Range: 0° to 135°
• Rotation Range: 0° to 360°
• Pressure: 3 to 4 bar
• Micromotor Speed: 1,500 to 27,000 rpm
• Air Consumption: 40 liters per minute

Materials Compatibility

The system is compatible with various materials including precious alloys, other alloys, zirconia, and implants, supporting a broad range of prosthetic applications.

Additional Equipment

• Conometric Polisher
• Electronic Feeder

Performance and Usage

The Quadra base facilitates the precise clamping of screws on implant superstructures, improving the accuracy and stability of prosthetic crowns. It supports the use of an isoparallelometer for making conometric crowns, ensuring parallelism and optimal fit. The device is specified at the time of order to meet specific clinical requirements.

Included Accessories

The document mentions included accessories but does not provide detailed listings.

Summary of Critical Parameters

• Inclination and rotation ranges enable flexible positioning.
• Compatible with multiple dental materials.
• Micromotor specifications support a wide speed range for various procedures.
• Pressure and air consumption parameters ensure operational efficiency.

Conclusion

The Quadra system is a comprehensive solution for implant-supported prosthetic procedures, offering precise positioning, material versatility, and integration with polishing and feeding equipment to enhance clinical outcomes.