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The journey to normal life after losing a limb can be challenging. Learning to do daily self-care tasks with one hand is frustrating. Buttoning a shirt or zipping a jacket becomes a difficult task. Understanding Self-Dressing Challenges One of the main difficulties for upper limb amputees is managing clothing fasteners. Buttons, zippers, snaps, and hooks are hard to manipulate with one hand. Limited motion and lack of finger control make aligning and securing closures nearly impossible. Getting dressed and undressed is also a struggle. Navigating sleeves and other complex garment features requires coordination. Putting on jackets or hoodies is challenging. Pulling on socks and shoes requires balance. Without both hands, guiding clothing into the proper position becomes a prolonged process. Vulcan Prosthetics: Transforming Dressing The Vulcan hand offers enhanced flexibility, invaluable for navigating sleeves and layered clothing. The wrist of the Vulcan hand detaches easily, allowing you to put on long sleeve shirts and reattach the hand later. This prevents getting stuck in shirts or damaging fabrics. The Vulcan hand’s grips mimic the flexibility of the human hand. You can grasp, manipulate, and control various clothing fasteners and closures with precision. This includes shirt buttons, belts, ties, and zippers. You can confidently adjust garments, boosting self-confidence and autonomy. Tips for Dressing with the Vulcan Prosthetic Arm To maximize the benefits of the Vulcan Prosthetic Arm when dressing, consider the following practical tips: Don’t be disheartened if you struggle initially. Keep practicing, and you will improve over time. Spend 15-20 minutes daily using the Vulcan hand to wear different clothes. This practice will enhance your performance. Do not forget that you can register for a free experience day with Vulcan from now on, simply click the link below and fill in the form. 

Alita is an inspiring film. And not for the reasons you might think. If you have seen Alita: Battle Angel, you might have been drawn to the titular hero of the film, and the enemies she fights. With incredible cyber-warrior bodies,  blades in their arms, and plasma coming out of their arms, its certainly understandable that they would be the main focus. However at the Vulcan Augmetics HQ, we were paying attention to everyone else. First, a little background: The film is set in Scrapyard City, a roughshod but lively metropolis of high rise buildings and alleys, which itself is underneath the huge floating city of Zalem. The population of Scrapyard city makes everything they need in Zalem and sends it up. And the first thing you will notice about all the people in the film is how many of them have robotic bodies and body parts.Every layout comes with the latest social features built in. Readers can easily share posts on social networks like Facebook and Twitter and view how many people have liked a post, made comments and more. For us at Vulcan Augmetics, the most interesting and inspiring thing about the movie is not that these people have amazing robot bodies, but that these cybernetic attachments are mostly designed to help the people work and earn a living! Sure, some of them are equipped as warriors or to play the insanely dangerous sport of Motorball, but most of them have these implants and cyber bodies to do their everyday jobs, and you can see a wild variety of specialist limbs. At Vulcan this is the kind of future we are building for amputees (the working part, not the cyber warriors with chain-gun fingers!). We don’t see prosthetics as a quick fix or a patch up, we see them as an opportunity to push humanity forward, an opportunity to help people get back into work and to literally build themselves up. As part of this we are launching the Uplift project in March to get prosthetics for 30 amputees and put them into work placements over the next 6 months, in cooperation with our local NGO and business partners. This is the vision we take from Alita: Battle Angel, and the one we would like to share with you. If you think this is the future you want to make this happen, then register with us at www.wearevulcan.com for updates and information, spread the word about the campaign, and join our Facebook community to become part of the change.

In the realm of prosthetic technology, #bionic #hands and arms represent a giant leap forward in improving the lives of individuals with upper limb amputations. These engineering marvels are designed to mimic natural limbs’ appearance and restore lost functionality. In this blog, we’ll delve into the fascinating world of bionic hands and arms, exploring their functionalities and how they enhance daily activities. The Evolution of Prosthetic Technology Prosthetic limbs have come a long way from the days of rudimentary hooks and cosmetic appendages. Thanks to materials science, electronics, and biomedical engineering advancements, prosthetic limbs have become sophisticated devices seamlessly integrating with the human body. Among these, bionic arms and hands are at the forefront. Bionic Hands: Mastering Dexterity Bionic hands are the epitome of prosthetic artistry. They closely resemble natural hands in both appearance and function, and their capabilities are nothing short of astounding: Bionic Arms: Power and Precision While bionic hands are focused on skill, bionic arms extend their capabilities to offer enhanced strength and versatility: Myoelectric Prosthetics: The Science Behind Bionics Both bionic hands and arms often operate on myoelectric principles. Myoelectric prosthetics use electrical signals generated by the user’s remaining muscles to control the limb’s movements. Electrodes on the skin detect these signals and translate them into precise actions. This technology is a game-changer for users. It offers more natural and intuitive control than traditional prosthetics, which rely on manual cables and harnesses. With myoelectric prosthetics, users can efficiently perform intricate tasks, and the learning curve for using these devices is significantly reduced. Our Multi-Grip Myoelectric Hand offers all the main features users need, functioning nearly as a bionic hand but at an affordable price. It can be expedited fitting with easily adapted within the first 30 minutes for fitting and calibration. A Brighter Future with Bionic Limbs The functionalities of bionic hands and arms transform the lives of individuals with upper limb amputations. They’re tools for daily activities and gateways to greater independence, confidence, and inclusion in society. As technology continues to advance, we can look forward to even more remarkable developments in the field of bionics. These innovations will further enhance users’ lives, allowing them to embrace their daily activities with newfound capabilities and freedom. Bionic hands and arms are not just prosthetic limbs; they’re a testament to the power of human ingenuity and the boundless possibilities of the future. If you or someone you know could benefit from the incredible functionalities of bionic hands and arms, don’t wait. Embrace the future of prosthetic technology – your journey to enhanced daily activities begins now. Explore your options and take the first step towards a more empowered and fulfilling life, visit https://www.wearevulcan.com/en.

Losing a limb due to an accident is a life-altering experience, impacting not just physically but emotionally as well. However, technological advancements bring hope to those facing such challenges. Myoelectric hands, a type of advanced upper limb prosthetic, have revolutionized the lives of many amputees, enabling them to regain independence and confidence. This article shares the inspiring journey of Hai, who found renewed purpose with a myoelectric hand from Vulcan Augmetics after losing his hand in an electrical accident. Hai’s Journey: Hai, an electrical worker in Bac Giang, Vietnam, was full of ambition before a tragic accident in late 2019. Electrocuted at work, Hai faced the devastating reality of losing his right hand to save his life. The immediate aftermath was emotionally overwhelming as he grappled with his new reality and the challenges of daily tasks. Reactions from others added to his struggle, with some showing fear or discomfort around him. Discovery of Vulcan Myoelectric Hand: In 2021, Hai discovered the Vulcan Myoelectric Hand through a video, sparking hope for a better future. After contacting Vulcan and meeting with Duoc, a fellow amputee and Vulcan representative, in Hanoi, Hai experienced the Vulcan Flex Hand firsthand. This marked a turning point. Starting with basic tasks like grasping small objects, Hai gradually relearned everyday activities. The journey wasn’t without challenges, but each small achievement, from tying shoelaces to helping at his family’s store, boosted his confidence. Myoelectric prosthetics, utilizing muscle signals to control movements, have empowered individuals like Hai to reclaim independence. These prosthetics enable tasks once taken for granted, like opening doors or using utensils, restoring a sense of normalcy and reducing reliance on others. Not only did this process of relearning provide Hai with a renewed sense of accomplishment, but it also helped him regain control over his life. When Hai went back to the gym with his new Vulcan Flex Hand and started exercising with the module designed to support him in doing push-ups, everyone there was amazed by his ability and how cool he looked now. Some said he looked like Ironman, some said he was like Marvel’s Winter Soldier and they all were so curious about the Vulcan hand works. From trying to hide his stump whenever he could, Hai is now so proud of wearing his Vulcan hand on crowded occasions. Day by day, Hai regains his confidence little by little. The Vulcan myoelectric hand became an essential tool in his daily routine, enabling him to perform tasks independently and with confidence. Myoelectric prosthetics are cutting-edge devices that utilize sensors to detect muscle signals. These sensors are strategically placed on the remaining arm muscles, allowing the user to control the movements of the prosthetic hand by simply tensing and relaxing their muscles. This means that activities like grasping objects, opening doors, or using utensils can be accomplished once again. Myoelectric hands have revolutionized the lives of individuals like Hai, enabling them to regain independence and control over their daily activities. With this innovative technology, amputees no longer have to rely on others for assistance in performing basic tasks. As Hai embraced his new life with the myoelectric hand, he realized that his journey could serve as an inspiration to others facing similar challenges. He wants to be a beacon of hope for the amputee community, showing them that it is possible to regain confidence and independence even after such a traumatic event. He is no longer just rebuilding his confidence; he is igniting hope and determination in others. When we asked Hai if there was anything he would want to share from his journey, he just smiled and said “I hope that other people with disabilities can stop caring about what others think of them and know that the important thing is to believe that you can do what you want to do, so you will have the confidence and motivation to revive yourself.”. Just like Hai, it is also what Vulcan wants everybody to remember: amputees are not defined by their loss but by their ability to adapt, overcome, and thrive. Through Vulcan limb prosthetics and a supportive community of Vulcan’s users, the disabled can embrace a new beginning, confident in the knowledge that the future holds endless opportunities for growth and happiness. From Hai’s experience with Vulcan myoelectric hands, Vulcan can receive very realistic and up-to-date feedback so they can come up with more advanced technology and more suitable designs for Vulcan prosthetics to support the actual needs of the disabled. All versions of Vulcan’s myoelectric hand have always been updated for customer – focused purposes. Together, Hai and Vulcan hope to make a difference in the lives of amputees and build a future where no one feels defined by their disability but rather empowered by their unique journey.

Imagine regaining the skill of your hands, feeling the warmth of a handshake, or delicately picking up a fragile object with a prosthetic limb. This incredible reality is made possible by the game-changing world of myoelectric prosthetics, often called bionic hands or arms. Technological innovations have catapulted these prosthetics to new heights in recent years, offering wearers unprecedented natural movement, sensory feedback, and customization. The impact is profound—restored independence, enhanced quality of life, and boundless opportunities for amputees. Myoelectric prosthetics, often called bionic arms or hands, have emerged as game-changers in the field. These innovative devices are designed to replicate the functionality of the human hand and arm, offering more excellent dexterity, natural movement, and enhanced quality of life for those who rely on them. The impact is profound—restored independence, enhanced quality of life, and boundless opportunities for amputees. Join us on a journey through the innovations redefining the amputee experience, one limb at a time. The Rise of Myoelectric Prosthetics Myoelectric prosthetics are a remarkable fusion of engineering, robotics, and medical science. These prosthetics work on the principle of myoelectric control, which involves using electrical signals generated by muscle contractions to control the prosthetic limb. This technology has opened new horizons for amputees, providing them with functionality and independence once thought unattainable. Key Innovations in Myoelectric Prosthetics Let’s explore! Natural Movement and Precision Myoelectric prosthetic hands and arms are designed to mimic the natural movement of the human limb. They offer various motions, including grasping, holding, and delicate tasks like picking up small objects. Some advanced models even allow for individual finger movement, providing exceptional precision. 1. Sensory Feedback: Innovations in myoelectric prosthetics have focused on incorporating sensory feedback systems. This technology enables users to perceive temperature, pressure, and texture, enhancing their ability to interact with the world more intuitively. 2. Customization: Prosthetists can customize myoelectric prosthetics to match each user’s needs and preferences. The fit, appearance, and function of the prosthetic limb can be tailored to ensure the best possible experience. 3. Durability and Lightweight Design: Modern myoelectric prosthetics are built with lightweight, durable materials that can withstand the rigors of daily use. This feature ensures longevity and reduces the need for frequent replacements. The Impact on Amputees The innovations in myoelectric prosthetics have transformed the lives of amputees in numerous ways: Why our prosthetic solutions? We harness the power of AI and edge computing to optimize both the patient experience and clinical access to our prosthetic devices. Our technology eliminates up to 80% of the calibration efforts required for patient fitting and training. It not only saves patients valuable time and eliminates the need for extensive travel but also streamlines the workload for clinics, reducing weeks of work. The Future of Myoelectric Prosthetics As technology continues to advance, the future of myoelectric prosthetics holds even more promise. Researchers are working on refining sensory feedback systems, further miniaturizing components, and enhancing the overall user experience. With ongoing innovation, bionic hands are set to become increasingly accessible and life-changing for amputees worldwide. Your new beginning awaits Myoelectric prosthetics represent a remarkable fusion of technology and medicine, offering amputees newfound independence, functionality, and confidence. With ongoing innovations in bionic hands and arms, the future is bright for amputees, and the possibilities are limitless. These cutting-edge devices are not just prosthetics; they’re life enablers, empowering users to live life to the fullest. Join the bionic revolution now! Redefine your limits with Myoelectric Prosthetics. We believe in a future where assistive and augmentation technologies are accessible and intuitive, enabling people to unlock their full potential and live life to the fullest. To learn more about our pioneering solutions, visit https://www.wearevulcan.com Explore your options and take the first step towards a more empowered and fulfilling life, visit https://www.wearevulcan.com/

The impact of scientific marvel is profound, restoring independence, enhancing emotional well-being, and opening doors to countless opportunities. As technology evolves, the future promises even more accessible and life-changing solutions for the amputee community. The world of limb prosthetics has witnessed remarkable advancements, particularly in upper limb prosthetic design and functionality. These technological breakthroughs have not only transformed the lives of amputees but have also elevated the field to new heights. Customization is the key, tailoring these limbs to each user’s specific needs and preferences, ensuring a snug fit and seamless functionality. In this blog, we delve into the science behind upper limb prosthetic design, exploring the complicated components and functionality of these artificial limbs. Anatomy and Engineering Designing an upper limb prosthetic is a blend of art and science. The process begins with a deep understanding of human anatomy, particularly the complexities of the upper limb. Engineers and prosthetists meticulously study the structure and mechanics of the arm, including the bones, muscles, and joints. This knowledge is the foundation for creating prosthetic devices that replicate the natural movement and functionality of the human arm. Components of Upper Limb Prosthetics Functionality and Customization The functionality of artificial limbs has evolved significantly. Today’s prosthetic hands and arms offer various movements and grips, allowing users to perform multiple daily tasks. These artificial limbs are designed to meet diverse needs, whether holding a delicate object, typing on a keyboard, or even playing musical instruments. Customization is another crucial aspect of upper limb prosthetic design. Prosthetists work closely with users to understand their specific requirements and preferences. This personalized approach ensures that the prosthetic device becomes a seamless extension of the user. The Impact on Amputees The science behind upper limb prosthetic design and functionality has profoundly impacted amputees’ lives. These advanced devices empower users to regain independence, perform a wide range of tasks, and enhance their overall quality of life. Users’ emotional well-being is significantly improved as they restore self-esteem and a sense of control over their lives. The Future of Upper Limb Prosthetics As technology advances, the future of upper limb prosthetics holds even more promise. Ongoing research focuses on refining control systems, further miniaturizing components, and enhancing sensory feedback. With these innovations, upper limb prosthetics are set to become increasingly accessible and life-changing for amputees worldwide. Enhanced functionality and boundless possibilities Upper limb prosthetic design is a remarkable intersection of science, engineering, and compassion. These artificial limbs are not merely functional; they are life enablers, offering amputees a second chance at living life to the fullest. As advancements in prosthetic technology continue, the possibilities are limitless, and the impact on the amputee community is immeasurable. Explore the science of progress with upper limb prosthetics. Join the functional freedom revolution with us. Contact us at https://www.wearevulcan.com/en/talktous. Contact us at https://www.wearevulcan.com/en/talktous now to get started!

Amputation is a life-changing event that can have profound physical and emotional impacts on individuals. If you need more guidelines to prepare yourself with amputated decisions, you can find them with our life before amputation sharing. While many people consider life after amputation is simply finding a new routine to adapt to your new normal, we believe there are still certain challenges you will experience. One such challenge faced by amputees is residual limb pain and phantom pain. Residual limb pain refers to discomfort or pain experienced in the remaining part of the amputated limb, while phantom pain refers to sensations of pain or discomfort felt in the missing limb. In this article, we will explore the causes, symptoms, and potential solutions for residual limb pain and phantom pain, offering hope and support for you adapting to life after amputation. Residual Limb Pain Residual limb pain is a common occurrence among amputees, and it can have a significant impact on their daily lives. This type of pain is often described as aching, burning, or throbbing sensations in the remaining part of the amputated limb. The causes of residual limb pain can vary, including nerve damage, scar tissue formation, and joint stiffness. The physical discomfort caused by residual limb pain can make it difficult for you to perform daily activities and engage in hobbies or sports. It can also affect your sleep quality and overall quality of life. Furthermore, the emotional toll of living with chronic pain can lead to feelings of frustration, depression, and anxiety. Residual Limb Pain Treatment Fortunately, there are various treatment options available to alleviate residual limb pain. These can include over-the-counter or prescription medications, nerve blocks, physical therapy, and the use of assistive devices. Additionally, techniques such as massage, heat or cold therapy, and relaxation exercises can provide temporary relief and promote overall well-being. Phantom Limb Pain On the other hand, phantom pain refers to the sensation of pain or discomfort in the amputated limb, even though it no longer exists. This phenomenon can be perplexing and challenging to manage, as the causes of phantom pain are not fully understood and not all amputees have this kind of pain. One theory suggests that phantom pain may arise from the brain’s attempt to reconcile the loss of sensory input from the amputated limb. The brain continues to send signals to the missing limb, resulting in the perception of pain. Additionally, nerve endings at the amputation site can become hypersensitive, further exacerbating phantom pain. Phantom Limb Pain Treatment It is essential to remember that each individual’s experience with phantom pain may differ, and what works for one person may not work for another. Therefore, it is crucial to work closely with your healthcare professionals to find the most effective management strategies for each individual. Here are some common ways to manage phantom limb pain that you may want to consider: Limb Prosthetic Solution Limb prosthetics provide you with a customized prosthetic that mimics the functionality of the missing limb. These advanced devices have evolved drastically, making everyday tasks more manageable and allowing you to engage in various physical activities. At Vulcan, we offer our Vulcan Multi Grip Myoelectric Hand, a #bionic #hand with 6 different grips allowing you to perform a range of daily activities flexibly and effectively. To find out how it can support you, read here.

Advancements in prosthetic technology have opened up a world of possibilities for amputees, empowering them to embrace a life full of possibilities. In this 3-minute read, you will explore the different prosthetic hand options available based on the level of amputation. Additionally, we will discuss which prosthetic options are compatible with the innovative Vulcan bionic arm, providing enhanced mobility and functionality. Choose a suitable Prosthetic Hand Based on Your Amputation Level Your amputation level is an essential factor impacting your choice of the right prosthetic. It affects the possibility of enhancing mobility and improving the quality of life for amputees later. Let’s explore the most suitable options for each level: 1.1 Partial Hand Amputation If you’ve lost some fingers, finger prostheses and hand prostheses can restore your grasping and gripping abilities. 1.2 Below-Elbow Amputation Amputations below the elbow require prosthetic solutions that compensate for the loss of the forearm and hand. Myoelectric prostheses use muscle signals to control the movements of the prosthetic hand, offering precise control. Body-powered prostheses, on the other hand, rely on cables and harness systems, operated by body movements, and are known for their durability and simplicity. 1.3 Above-Elbow Amputation Amputations above the elbow present unique challenges. Myoelectric prostheses utilize advanced technology to mimic natural arm movements, while hybrid prostheses combine body-powered and myoelectric technologies, providing versatility for above-elbow amputees. The compatibility of Vulcan Multi Grip Myoelectric Hand The Vulcan Multi Grip Myoelectric Hand is a renovative prosthetic hand solution that offers advanced functionality and affordability. While primarily designed for individuals with below-elbow amputations or longer residual limbs, the Vulcan Multi Grip Myoelectric Hand is now also available for amputees with above-elbow amputation. The Vulcan Hand’s myoelectric control system, intuitive movements, and 6 grip patterns make it suitable for a wide range of daily activities and tasks at work. We also design specialized modules to support the unique and personalized desires of our users, such as the Push Up module or the Carrying module. Additional considerations are required for above-elbow amputations, considering the length and mobility of the residual limb. Overall, we always have different solutions (if needed) to match our users’ specific needs. By understanding the available options and compatibility factors, you now can make informed decisions and embrace a life without limitations. Vulcan Multi Grip Myoelectric Hand offers innovative features and affordability, making it a compelling choice for upper limb amputation users. Discover the Revolutionary Vulcan Hand by Vulcan Augmetics and Explore Your Prosthetic Hand Options Today at https://www.wearevulcan.com/ with our experienced prosthetists and healthcare professionals! Remember, consulting with a prosthetist or healthcare professional specializing in prosthetics is crucial to determine the most suitable prosthetic hand based on individual circumstances and goals.