Impact Internal Hex Dental Implant Standard Abutment - Angled

• Connection System: Internal Hex
• Angled Variations: 15°, 25°, 35°, 45°
• Collar Heights Available: 1mm, 2mm, 3mm, 4mm
• Anti-Rotational Capabilities: Yes
• Application Range: Simple to Complex

• 1 x Angled Abutment With Screw

Selection:

• Choose the appropriate angled variation (15°, 25°, 35°, 45°) based on clinical requirements.
• Select the collar height (1mm, 2mm, 3mm, 4mm) that best fits the patient's anatomical considerations.

Preparation:

• Ensure a sterile environment and use proper aseptic techniques.
• Confirm compatibility with the specific implant system being employed.

Implant Placement:

• Follow standard implant placement procedures per manufacturer guidelines.
• Use the internal hex connection for a secure fit.

Abutment Placement:

• Attach the Impact Internal Hex Dental Implant Standard Abutment - Angled to the implant using the provided tools.
• Align the abutment at the desired angle, ensuring proper engagement with the internal hex.

Tightening:

• Use the recommended torque wrench and torque values provided by the manufacturer.
• Ensure precise tightening to guarantee stability.

Restoration:

• Proceed with the restorative process, taking advantage of the anti-rotational capabilities for enhanced longevity.

Post-Placement Care:

• Instruct the patient on post-implant care and maintenance.
• Schedule follow-up appointments as needed.

Documentation:

• Maintain detailed records of the abutment used, including angle and collar height, for future reference.

Question: Can these abutments be used in immediate loading scenarios or compromised bone quality cases?
Answer: Yes, the design features of these abutments, with their gradual compression and stability, make them suitable for immediate loading and challenging bone quality situations.

Question: What quality assurance measures ensure the reliability of these abutments?
Answer: Each abutment undergoes rigorous testing for cleanliness and conformity, adhering to the highest international standards to ensure reliability and performance consistency.

Question: Are these abutments compatible with various implant systems available in the market?
Answer: These abutments are designed to be compatible with a range of standard implant systems, enhancing their versatility and applicability.

Question: How do I determine the appropriate angle and collar height for a specific case?
Answer: Angle and collar height selection are based on the patient's anatomy and procedural requirements. Consult with your dental professional to choose the most suitable option.

Question: What distinguishes the Impact Conical Dental Implant Standard Abutment - Angled from other abutments?
Answer: These abutments feature a double progressive divergent thread design, optimizing bone compression and stability, especially in challenging dental scenarios.

Question: Is there a specific torque requirement for tightening the abutment?
Answer: Yes, use the recommended torque values and torque wrench provided by the manufacturer to ensure precise and secure tightening.

Question: Can I use this abutment with any internal hex connection implant system?
Answer: The abutment is compatible with a range of standard implants featuring an internal hex connection, ensuring broad applicability.

Question: Does the abutment feature anti-rotational capabilities?
Answer: Yes, the Impact Internal Hex Dental Implant Standard Abutment - Angled is designed with anti-rotational features to enhance stability in single implant restorations.

Question: How do I choose the appropriate collar height for my patient?
Answer: Select the collar height (1mm, 2mm, 3mm, or 4mm) based on the patient's anatomical requirements and the specifics of the restoration plan.

Question: What is the purpose of the angled design in the Impact Internal Hex Dental Implant Standard Abutment?
Answer: The angled design provides versatility, allowing practitioners to choose from angles of 15°, 25°, 35°, and 45° to accommodate various clinical scenarios and anatomical considerations.