Jean-Luc Laquenaire is a seasoned Medtech consultant specializing in surgical robotics at J.A.D Conseil, where he leverages his 30 years of extensive experience in the medical field to drive innovation and market penetration strategies. His entrepreneurial spirit and self-starter mentality have positioned him as a...
Jean-Luc Laquenaire is a seasoned Medtech consultant specializing in surgical robotics at J.A.D Conseil, where he leverages his 30 years of extensive experience in the medical field to drive innovation and market penetration strategies. His entrepreneurial spirit and self-starter mentality have positioned him as a pivotal figure in the evolving landscape of healthcare technology. With a deep understanding of both private and public hospital systems in France, Jean-Luc excels in navigating the complexities of the healthcare environment, ensuring that his clients can effectively introduce cutting-edge robotic solutions into operating rooms.
At J.A.D Conseil, Jean-Luc is currently leading several key projects aimed at enhancing sales effectiveness and market development for advanced surgical devices. His expertise in managing intricate sales processes, particularly in the realm of robotic surgery, allows him to craft tailored strategies that resonate with healthcare providers and decision-makers. His commitment to executing the company’s strategy is evident in his meticulous planning and organizational skills, which have consistently driven results in competitive markets.
Jean-Luc's analytical competencies enable him to assess market trends and identify opportunities within cardiology and other specialties, ensuring that his clients remain at the forefront of medical innovation. His proficiency in product launches and understanding of operating room dynamics further solidify his reputation as a trusted advisor in the Medtech sector. As he continues to foster relationships within the healthcare community, Jean-Luc Laquenaire remains dedicated to transforming surgical practices through the integration of advanced robotic technologies.
