Impact ODI Conical Dental Implant

• Material: Titanium

Available Sizes:-

• Head length: ∅3.65mm.
• Length: 10mm, 11.5mm, 13mm, 16mm, 18mm.

• Head length: ∅4..30mm.
• Length: 10mm, 11.5mm, 13mm, 16mm, 18mm.

• Head length: ∅5mm.
• Length: 10mm, 11.5mm, 13mm, 16mm.

Preoperative Assessment:

• Conduct a thorough patient assessment, including bone quality and quantity.
• Evaluate the specific conditions, such as soft bone or extraction sockets, to determine suitability for the ODI-Conical Implant.

Surgical Technique:

• Employ minimal drilling techniques to reduce bone trauma.
• Ensure precise placement of the implant with attention to achieving high primary stability.

Prosthetic Integration:

• Choose the appropriate prosthetic option based on the patient's needs.
• Utilize the screw-retained prosthetic option for ease of removal and maintenance.
• Consider immediate loading when applicable, adhering to established guidelines.

Postoperative Care:

• Monitor the patient postoperatively for any signs of complications or discomfort.
• Provide clear postoperative care instructions, including oral hygiene practices.

• Conical design for high primary stability.
• Osseodesification promotes increased bone density.
• Screw-retained prosthetic option for easy maintenance.
• Minimal drilling reduces trauma to the bone.
• Immediate loading capability for swift prosthetic attachment.
• Active design engages effectively with the surrounding bone.
• Special compressive threads ensure optimal stability.
• Anodization for corrosion resistance and improved biocompatibility.
• SLA surface treatment enhances osseointegration.
• Conical design for high primary stability.
• Osseodesification promotes increased bone density.
• Screw-retained prosthetic option for easy maintenance.
• Minimal drilling reduces trauma to the bone.
• Immediate loading capability for swift prosthetic attachment.
• Active design engages effectively with the surrounding bone.
• Special compressive threads ensure optimal stability.
• Anodization for corrosion resistance and improved biocompatibility.
• SLA surface treatment enhances osseointegration.