ActivArmor Launches in Venezuela
ActivArmor Launches Innovative Orthopedic Solution in Venezuela, Expanding Global Presence, November 1st, 2023.
ActivArmor, a renowned pioneer in personalized orthopedic immobilization solutions, is thrilled to announce its official debut in Venezuela.
"We are excited to introduce ActivArmor's revolutionary orthopedic solutions to the people of Venezuela," declared Diana Hall, CEO and Founder at ActivArmor.
"Our mission is to revolutionize the treatment of orthopedic injuries, offering patients a comfortable and tailored alternative to traditional casts. With ActivArmor, individuals can maintain their daily routines and enhance their quality of life while receiving the necessary healing support."
"We decided to bring ActivArmor to Venezuela to help medical professionals offer world-class treatments for their patients while also providing new innovative options for said patients." - Paolo Pucci & Alejandra Falcon, ActivArmor Venezuela.
Venezuela's first physician officially offering ActivArmor to his patients is Doctor Leonardo Pinto, a traumatologist with Centro Medico Docente La Trinidad in Caracas, Venezuela.
The launch of ActivArmor in Venezuela signifies a significant milestone in the company's global expansion strategy. By collaborating with local healthcare providers and orthopedic specialists, ActivArmor aims to make its innovative orthopedic solutions readily available to individuals nationwide, with a commitment to delivering outstanding patient outcomes and elevating the orthopedic injury care standards.
The ActivArmor groundbreaking approach to orthopedic care is poised to transform the industry by offering a superior alternative to conventional casting techniques.
Leveraging cutting-edge technology that merges 3D printing with medical-grade materials, ActivArmor crafts custom-fit orthoses that are breathable, hygienic, and comfortable. In stark contrast to traditional casts, ActivArmor's state-of-the-art solutions are engineered to optimize patient comfort, mobility, and overall well-being. This innovative design empowers patients to lead active lives while receiving the essential support and immobilization required for their injuries or conditions.
ActivArmor's technology boasts numerous advantages over conventional casting methods. The 3D printed, custom fit orthoses' design ensures precise fitting, reducing pressure points and discomfort. The open lattice structure promotes breathability, enhancing hygiene and mitigating issues such as skin irritations and infections. Moreover, ActivArmor's waterproof and washable properties empower patients to maintain personal hygiene, an active lifestyle and participate in water-based activities.
For healthcare professionals, ActivArmor provides a comprehensive solution of "Point of Care" in-clinic 3D printing packages and support, facilitating seamless integration of ActivArmor's products into their practices.
The company's unwavering dedication to ongoing research and development ensures that healthcare providers have access to the latest advancements in orthopedic technology.
To delve deeper into ActivArmor and its revolutionary orthopedic solutions, please visit our ActivArmor website us on social media. For media or international inquiries, kindly contact the ActivArmor marketing partner, Adam Halen of Halen Digital Marketing at adam@HalenDigital.com or marketing@activarmor.com.
ActivArmor Instagram: @activarmorvzla
Dr. Leonardo Pinto Instagram: @dr.leonardopinto
About ActivArmor
Headquartered in the USA, ActivArmor is dedicated to enhancing patient outcomes and advancing orthopedic technology worldwide. ActivArmor is a leading provider of personalized orthopedic immobilization solutions, harnessing 3D printing and medical-grade materials to create custom-fit, comfortable, breathable, and hygienic orthoses. Committed to transforming the orthopedic care landscape, Activ Armor offers a superior alternative to traditional casting methods, enabling patients to maintain active lifestyles while receiving optimal support and immobilization.
