The Future of Skin
Rejuvenation: From Fillers
to Regenerative Aesthetics
Registration Form
The Future of Skin
Rejuvenation:
From Fillers to
Regenerative Aesthetics
September 16 | 7 pm CET
Course Description
Aesthetic medicine is rapidly evolving, with biologics such as polynucleotides (PNs) and platelet-rich plasma (PRP) gaining popularity for skin rejuvenation. However, achieving consistent, safe, and effective results depends heavily on the delivery method.
In this webinar, we’ll explore the science and mechanisms behind key biologics, including their regenerative properties and how they stimulate skin repair and rejuvenation. You will then discover a minimally invasive, precise, and comfortable approach to intradermal delivery using an intradermal delivery device powered by MEMS technology. Through clinical insights and practical guidance, we’ll show how combining MicronJet with biologics optimizes outcomes while reducing downtime and enhancing patient satisfaction.
Learning Objectives
Understand the role of biologics in skin rejuvenation – including the mechanisms of polynucleotides and PRP.
Identify the challenges and limitations of traditional delivery methods for regenerative treatments.
Learn the principles of intradermal delivery with MicronJet for enhanced precision and patient comfort.
Gain practical tips to optimize patient satisfaction and minimize downtime in skin rejuvenation procedures.
About the lecturer
About the lecturer
Dr. Daniele Bollero is a specialist in Reconstructive and Aesthetic Plastic Surgery and currently serves as Senior Medical Officer at the Plastic Surgery and Burn Unit of CTO Hospital in Torino, Italy. With over two decades of clinical experience, he is also the President of CUTE Project Onlus and founder of the Italian Academy of Wound Care. Dr. Bollero has led numerous humanitarian surgical missions worldwide and has published extensively in the fields of regenerative medicine, scar revision, and aesthetic surgery. He holds a Master’s Degree in Trichological Sciences and is a recognized expert in innovative techniques for facial rejuvenation and scar treatment.
Learn more about MicronJetTM for intradermal delivery
MicronJetTM A Novel Intradermal Solution
Less than 1mm in size, the MicronJetTM device offers an easy-to-use, consistent, shallow, and efficient intradermal delivery alternative for virtually pain-free delivery of drugs and vaccines.
The MicronJetTM delivery pyramids are based on MEMS (Micro Electro Mechanical Systems) technology and are made of pure silicon crystal. The utilization of MEMS technology with a thick-walled, patent protected, pyramid design has enabled the creation of elaborate miniature devices with unprecedented mechanical stability and structural precision.
