Implant Restoration in the Modern Era: Workflows, Materials, and Digital Technology

Didactic lectures, clinical case reviews, and hands-on practical workshops

This one-day workshop provides a comprehensive overview of the restoration of single dental implants, focusing on evidence-based protocols and practical clinical workflows. Participants will explore the key stages of implant restoration from case selection and treatment planning through to impression techniques, abutment selection, occlusal considerations, and final prosthesis delivery.

The course emphasises both conventional and digital approaches, highlighting common complications and how to avoid them. Through clinical examples and step-by-step guidance, clinicians will gain the confidence to restore single implants predictably and efficiently in everyday practice.

This course is suitable for general dental practitioners, particularly recent graduates, seeking to expand their restorative implant skills, as well as those looking to refine their current techniques.

No prior implant experience is required. Workshop activities are structured to accommodate both beginners and those with existing experience. The practical workshops form a central part of this course.

Participants will work directly with clinical materials, instruments, and digital equipment under guided supervision.

Presenter:

• Dr Himanshu Arora

Topics covered:

• Foundations & Treatment Planning
• Implant Components & Abutment Selection
• Conventional Impression Techniques (Hands-On)
• Digital Impression Techniques (Hands-On)
• Occlusal Considerations & Provisional Restorations
• Prosthesis Delivery & Maintenance

This course is designed for:

• General dental practitioners with little to no experience in restoring implants
• Recent graduates looking to build a strong foundation in implant prosthetics from the outset of their careers
• Clinicians already restoring implants who want to refresh their protocols, adopt digital workflows, or troubleshoot common complications.

CPD Hours: 6 scientific hours