LIVE WEBINAR

Thursday, Nov. 20

R e p l a y  November 24

10:00-11:00 am ET

16:00-17:00 pm CEST

Transform Your Practice with Direct-Printed Aligners

Dr. Kelvin Chang, DDS, MS

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Other Time Zones
Los Angeles, USA. Thursday, Nov-20, 07:00
Mexico City, Mexico Thursday, Nov-20, 09:00
New York, USA Thursday, Nov-20, 10:00
London, UK Thursday, Nov-20, 15:00
Berlin, Germany Thursday, Nov-20, 16:00
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Moscow, Russia Thursday, Nov-20, 17:00
Abu Dhabi, UAE Thursday, Nov-20, 18:00
New Delhi, India Thursday, Nov-20, 19:30
Bangkok, Thailand Thursday, Nov-20, 21:00
Beijing, China Thursday, Nov-20, 22:00
Singapore Thursday, Nov-20, 22:00
Tokyo, Japan Thursday, Nov-20, 23:00
Sydney, Australia Thursday, Nov-20, 01:00

An Exclusive Webinar with Dr. Kelvin Chang

The future of clear aligners is here — and it’s direct-printed. In this exclusive session, Dr. Chang breaks down the three major trends redefining orthodontic care: Hybrid Treatment, In-House Manufacturing and Direct-Printing

The Problem: Fragmented Workflows and Materials Slow Aligner Care

Direct aligner therapy sits at a crossroads. Three major trends — Hybrid Treatment, In-house Manufacturing, and Direct Printing — are reshaping how clinicians plan and deliver clear-aligner care. Yet many practices and labs still rely on multi-step workflows, outsourced fabrication, or materials and designs that limit clinical outcomes, efficiency, and real-time customization.
 
The result? Longer treatment times, unpredictable force delivery, higher costs, and lost clinical flexibility. Current aligner manufacturing often forces clinicians to compromise between convenience and efficacy: simple thermoformed aligners are easy to make but lack advanced biomechanical control; outsourced workflows provide quality but reduce speed and control; and many “next-gen” approaches stop short at process changes without re-thinking the material and design paradigms.

The Solution: Direct Printing + 4D resins = Faster, Predictable

Direct printing isn't just another manufacturing shortcut — it's a paradigm shift. When paired with new smart materials and design methods, direct 3D printing can deliver aligners that are more predictable, more customizable, and easier to integrate into a modern, in-clinic workflow. For clinicians who want better patient outcomes, faster turnarounds, and lower per-case cost, understanding the technical and clinical implications of direct printing is urgent.

What You Will Learn in This Webinar:

Join Dr. Kelvin Chang, respected orthodontist and Chair of the Education Committee for the Taiwan Association of Orthodontists, as he explores how Direct-Print Aligners are reshaping clinical workflows and treatment outcomes worldwide.

Key Takeaways:

  • Direct-Print Aligner Design & Workflow – How to build an in-house process that’s faster, simpler, and more profitable than thermoforming.
  • 4D Smart Materials – Discover how LuxCreo’s resin-based photopolymers respond dynamically to treatment, improving force control and tooth movement accuracy.
  • Creative Design Solutions – Learn how to leverage ActiveMemory™ to solve common treatment challenges with speed and precision.

About Your Host

Dr. Kelvin Chang, DDS, MS, LuxCreo's KOL

Dr. Kelvin Chang

 

  • Chairman of Education Committee, Taiwan Association of Orthodontists
  • Associate editor, APOS Trends in Orthodontics Advisor, World Implant
  • Orthodontic Association Adjunct clinical instructor, Orthodontic Department
  • National Taiwan University Hospital Private practice, Hsinchu, Taiwan DDS
  • MS degree, National Taiwan University, Taipei, Taiwan

 

 

Dr. Kelvin Wen-Chung Chang is a leading orthodontist and educator recognized across Asia for his innovative approach to integrating digital technology into orthodontic treatment. With extensive academic and clinical experience from National Taiwan University, Dr. Chang has been a pioneer in adopting direct 3D printing technologies for orthodontic applications, particularly in clear aligner treatment. His current focus lies in developing workflows that leverage ActiveMemory™ Polymer (AMP)—a revolutionary 4D innovative material that allows aligners to respond to external stimuli dynamically, optimizing treatment accuracy and efficiency