N.E.W (Natural Emulate Workflow) Hard and Soft Tissue Management in Implant Dentistry — Series 2
Natural Emulate Workflow — Because implant treatment isn't just replacing a tooth.
A 6-day, 2-module intensive with 13 lectures and 9 hands-on sessions. Master the art of replicating lost bone and gingival tissues close to nature.
What Makes This Different
A systematic approach to predictable outcomes
13 Expert Lectures
Deep-dive lectures spanning the N.E.W concept, GBR principles, CRM technique, BPF flap design, soft tissue surgery, bone grafts, biomaterials, autologous blood centrifugation, bone splitting, connective tissue grafts, and socket regeneration.
9 Hands-On Sessions
Practise surgical techniques, releasing incisions, GBR, BPF incision, collagen matrix application, CRM fabrication, bone splitting, connective tissue grafts, and socket regeneration under direct instructor supervision.
12 Seats Maximum
An intimate class size that guarantees personalised attention. Every participant gets meaningful chair-side time with the instructor.
42 CDE Points
Earn continuing dental education credits while acquiring skills that directly translate to better patient outcomes in your practice.
The Philosophy
Dental implant treatment is not just about replacing a tooth. It is about replicating the lost tooth, bone as well as the gingival tissues close to nature.
When patients lose teeth, they don’t just lose structure. They lose the complex interplay of hard and soft tissue that makes a natural smile look natural — the periodontium’s response to loss, the way bone reshapes, the role soft tissue plays in implant longevity.
This programme teaches you to see implant dentistry differently. Not as a mechanical procedure, but as an exercise in biological architecture. Once you appreciate the dynamic interactions between tissue and implant, you can rebuild the missing components to an optimal condition for your patients.
What This Programme Covers
This 6-day course is built around six core clinical pillars. Each is explored through dedicated lectures and reinforced in hands-on surgical sessions.
1. N.E.W Emulating Workflow
The philosophy and clinical framework that guides every decision — from treatment planning through final restoration. This is the lens through which all other techniques are understood.
2. Surgical Techniques in Guided Bone Regeneration
Guided bone regeneration isn’t just about membrane placement. Learn the surgical approach and techniques for tissue management in GBR — including incision design, flap elevation, and membrane stabilisation — that determine whether grafts succeed or fail.
3. Composite Regenerative Matrix (CRM) Bone Graft
Dr. Li’s proprietary technique for predictable bone regeneration. CRM introduces the concept of tissue engineering by using autologous fibrinogen and thrombin, concentrated growth factors, and tissue scaffold materials to achieve results superior to conventional techniques. This is the centrepiece of the programme.

4. Bevel Partial Full (BPF) Flap Design
The BPF flap design for regaining attached keratinised mucosa. Tension-free primary closure is the single most important factor in graft success — and this technique delivers it consistently.
5. Socket Regeneration Technique with CRM
Preserve and regenerate extraction sockets for advanced bone loss situations of teeth and implants. Reduce the need for secondary augmentation procedures and create ideal implant sites from the start.
6. Other Surgical Techniques
A comprehensive toolkit including connective tissue grafts, autologous blood centrifugation with CGF and autologous fibrinogen glue, and the bone splitting technique — for managing the complex clinical scenarios you encounter in daily practice.
Clinical Results
These referral cases demonstrate the outcomes achievable with the techniques taught in this programme. Each case involved complex tissue destruction requiring systematic hard and soft tissue reconstruction.
Advanced Periodontal Reconstruction

Full Mouth Reconstruction

Malocclusion & Tissue Correction

Periodontal Prosthetic Treatment

Programme Structure
Six intensive days across 2 modules — 13 lectures and 9 hands-on sessions designed to build your knowledge systematically before putting instruments in your hands.
Module 1: Tissue Management Foundations (15–17 Oct 2026)
Three days covering the N.E.W concept, surgical fundamentals, GBR, soft tissue surgery, and BPF flap design — with 5 hands-on sessions.
Day 1 — Lectures Only (Thu, 15 Oct)
Four back-to-back lectures take you from concept to clinical application. You start with the Introduction to the N.E.W Concept, then move to its clinical use, followed by an in-depth session on Risk Factors for Implant Treatment, and close with Anatomy, Histology, and Biology for Tissue Regeneration.
By the end of Day 1, you have the theoretical framework for everything that follows.
Day 2 — Lectures + Hands-On (Fri, 16 Oct)
Morning lecture on Fundamentals of Surgical Techniques, followed by three afternoon hands-on sessions: you practise the same surgical fundamentals, then the Releasing Incision Technique, and finally the Guided Bone Regeneration (GBR) Technique — all under direct supervision.
Day 3 — Lectures + Hands-On (Sat, 17 Oct)
Morning lectures cover Soft Tissue Surgery & Treatment Strategy, plus Free Gingival Graft & Collagen Matrix Application with BPF Incision technique. Two afternoon hands-on sessions let you practise BPF Incision with Collagen Matrix Application — first with guidance, then with increasing independence.
Module 2: Advanced Regenerative Techniques (26–28 Nov 2026)
Three days focused on bone grafts, biomaterials, autologous blood centrifugation, CRM fabrication, bone splitting, connective tissue grafts, and socket regeneration — with 4 more hands-on sessions.
Day 1 — Lectures Only (Thu, 26 Nov)
Four lectures covering Bone Grafts, Soft Tissue Grafts and Biomaterials, two sessions on Autologous Blood Centrifugation, CGF, and Autologous Fibrinogen Glue, and the Bone Splitting Technique.
Day 2 — Full Day Hands-On (Fri, 27 Nov)
The most intensive practical day of the programme. Four hands-on sessions run back-to-back: Basic Concept of CRM Including Demonstration, Drawing of Blood, CGF and Making the CRM, CRM and GBR Practice with Flap Closure, and The Bone Splitting Technique.
This is where the theory from Module 2 Day 1 becomes muscle memory.
Day 3 — Lectures + Hands-On (Sat, 28 Nov)
The programme closes with paired lecture-and-practice sessions. A Connective Tissue Graft lecture followed by hands-on, then a Socket Regeneration Technique with CRM lecture followed by hands-on. The day ends with Q&A and certificate presentation.
Venue & Schedule
Location: 541 Orchard Rd #14-03, Liat Towers, Singapore 238881
Daily Schedule: 9.00am – 6.00pm (all 6 days)
Module 1: 15–17 October 2026 (Thursday to Saturday)
Module 2: 26–28 November 2026 (Thursday to Saturday)
Who This Programme Is For
This course is designed for dentists and implantologists who have basic implant placement experience and want to advance their tissue management skills.
If you find yourself referring complex cases because you’re unsure about bone grafting or soft tissue handling, this programme gives you the confidence and technique to manage those cases yourself.
Questions? Email registration@adda.sg
Your Instructor

Dr Li Ming Ko
Dr Li Ming Ko obtained his Doctor of Dental Surgery (D.D.S.) from National Yang-Ming University in 1993 and his Master of Dental Science (M.D.S.) from Kaohsiung Medical University in 2011. A disciple of Dr Hiroaki Enomoto — the well-known pioneer of implant treatment in Japan — Dr. Li has presented at more than 100 scientific meetings and continuing education courses on implantology and prosthodontics across Taiwan and internationally. He developed the Composite Regenerative Matrix (CRM) technique, introducing the concept of tissue engineering using autologous fibrinogen, thrombin, growth factors, and tissue scaffold materials to achieve superior regenerative results. Dr. Li served as President of the Association of Taiwan Reconstructive Dentistry (2015–2019) and holds visiting associate professorships at Veterans General Hospital (Taichung) and National Cheng Kung University, Department of Dentistry.






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