3D Printing: The Future of Digital Dental Technology

5 min reading time

Precision, Passion, and the Future of French Dental Technology – Meeting Eric Berger

Eric Berger has been a dental technician for over 35 years. His laboratory, Dental Technique Berger, holds VITA Master Lab certification, a designation that reflects his obsession with aesthetics and precision.


As a Key Opinion Leader for Rapid Shape, he’s bringing that same rigor to 3D printing technology across France.


Eric’s vast experience means he has lived through every major shift in dental technology: from traditional ceramics to CAD/CAM, and now to additive manufacturing.

Master Dental Technician Eric Berger with the ONE and PRO 20 3D Printing Solutions and WASH and CURE post-processing units

What drew you to dental technology in the first place?

From the very beginning, it was the combination of technical precision and hands-on craftsmanship. I quickly realized this profession allows you to create something tangible, useful, and lasting, something that directly impacts patients’ lives.

What still drives me today is the constant pursuit of improvement: better understanding materials, better mastering tools, and better collaboration with clinicians. You never stop learning in this field, and that’s exactly what has kept me motivated since 1989.

How would you describe your philosophy when it comes to creating dental restorations?

Berger’s philosophy is simple:

A restoration should disappear. A successful prosthesis is one you don’t notice. Aesthetics is not just about choosing the right shade; it’s about overall harmony, shape, texture, and biological integration.

The VITA Master Lab certification is not a marketing label for me; it represents a daily commitment to rigor, observation, and respect for natural dentition.

What excites you most about the evolution of dental technology?

Precision and reproducibility. We’ve moved from a profession heavily dependent on manual skill to one where the intelligence of the workflow makes the difference. Digital technology doesn’t replace the dental technician, it frees them. It allows us to focus on real added value: analysis, aesthetics, and prosthetic strategy.

Why did you choose Rapid Shape’s ecosystem for your laboratory?

I was looking for industrial-grade solutions designed specifically for dentistry, not general-purpose machines adapted afterward.

Rapid Shape offers a clear, well-controlled ecosystem with a genuine production logic and consistent quality. It’s not a gadget; it’s a structural asset for a laboratory.


Eric now runs the ONE and PRO 20 3D printers alongside the WASH and CURE post-processing units.

What stood out when you started working with Rapid Shape?

The speed and precision right from the first prints. The real ‘wow’ moment was the consistency of results, day after day. Very concretely, applications such as models, surgical guides, and temporary restorations reach a completely new level of reliability and efficiency.

How important is having the complete WASH and CURE ecosystem?

For Eric, partial control isn’t acceptable. He believes that a completely validated ecosystem is essential.

You can’t demand high quality if you only control part of the chain. Printing, washing, and curing are inseparable. Having a validated, closed workflow guarantees consistent results, but also safety and peace of mind in the laboratory.

As someone who values precision and aesthetics equally, how do you find the balance between digital efficiency and the artisanal touch in your work?

Digital technology handles precision; craftsmanship brings the soul. One without the other has no real value. The machine executes, the technician decides. The balance lies in using digital tools as instruments, not as an end in themselves.

How does 3D printing enhance collaboration between technicians and dentists?

Berger sees 3D printing as a bridge between technicians and dentists:

It creates a shared language. We work with files, visualized projects, and concrete simulations. Communication becomes faster, clearer, and more constructive. Most importantly, it allows us to truly work as a team around the patient.

What advice would you give to technicians hesitant about adopting 3D printing?

Don’t wait until you’re forced to catch up. 3D printing is no longer optional, it’s a core skill. Start small, invest in proper training, and integrate the technology into a global laboratory strategy rather than treating it as just another machine purchase.

What message do you want to share with the French dental technology community about your partnership with Rapid Shape?

This partnership is built on shared values: high standards, meaningful innovation, and a long-term vision. My message to the French community is clear: invest intelligently, choose proven solutions, and work with partners who truly understand your profession.

Outside the laboratory, what passions or interests influence your creative approach to dental work?

Anything related to observation, art, nature, materials. Understanding how light behaves and how shapes interact inevitably influences the way I approach dental aesthetics.

If you could give one piece of advice to your younger self in 1989, what would it be?

Dare earlier. Trust your intuition and don’t be afraid to invest in knowledge and technology. Time moves fast, it’s better to move forward without regrets.

Where do you see 3D printing taking dental laboratories in the next 5-10 years?

It will fundamentally reshape how laboratories are organized. Greater responsiveness, greater personalization, and stronger collaboration. The laboratories that succeed will be those that integrate technology while reinforcing their identity and human expertise. The future won’t be digital or artisanal it will be intelligently hybrid.

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