Biostimulators Course
Unlock the potential of biostimulators with our specialized course offered at the Aesthetics Training Institute of Ireland (ATII). This comprehensive program, spanning one day of in-house training and 35 hours of home study, empowers practitioners with the knowledge and skills to effectively utilize biostimulators for facial rejuvenation and tissue regeneration.
Course Highlights:
Explore the science, mechanisms, and applications of biostimulators in aesthetic medicine, including understanding collagen synthesis, tissue remodeling, and treatment protocols.
Engage in 35 hours of home study to deepen your understanding of biostimulator products, patient selection criteria, injection techniques, and safety considerations.
Participate in a dynamic one-day in-house training session, where you will receive hands-on instruction and practical experience in administering biostimulator injections under the guidance of experienced instructors.
Treat up to 4 models during the in-house training, allowing ample opportunity to refine your skills in injection placement, product dilution, and patient assessment.
Benefit from personalized instruction and individualized feedback in a small class size, with a maximum of 4 students per session, facilitating optimal learning outcomes and skill development.
Learn best practices for ensuring patient safety during biostimulator procedures, including sterile technique, adverse event management, and post-treatment care protocols.
Develop proficiency in patient assessment, treatment planning, and achieving optimal outcomes through personalized biostimulator treatment regimens.
Upon successful completion of the Biostimulators Course, receive certification recognizing your proficiency and readiness to incorporate biostimulator treatments into your practice.
Join us and unlock the potential of biostimulators in aesthetic medicine. Expand your skill set, enhance patient outcomes, and become a leader in the field of facial rejuvenation and tissue regeneration through advanced biostimulator techniques.