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According to WHO and the World Bank, it is estimated that while there are 35–40 million people currently requiring prosthetic hands but only 1 in 10 persons has access to such services. In the complexity of the world’s current situation, discover how Vulcan is on its progress to lift this number in the coming years for the upper limb amputees in different regions.  The Cost of Prosthesis Around the World The costs of prosthetic arms can vary widely across the globe, creating significant challenges for many individuals and families. In some regions, like the US and Europe, the price for a basic prosthetic can reach USD 10,000. Advanced bionic hands equipped with the latest technology can soar from USD 50,000 to USD 100,000 for the first use. Not to mention the need for maintenance or change after years. Unfortunately, in most cases, this financial burden can be overwhelming. It leaves many people without access to the devices they need to enhance their mobility and daily functioning.  Affordable and Accessible Prosthetic Hand for Everyone At Vulcan, we firmly believe that everyone should have access to high-quality prosthetics, regardless of their financial situation.  People often say that affordable prosthetic hands come with limited functions while the more advanced the prosthetic hand is, the more expensive it costs. The thing is Vulcan affordable options do not ask users to choose between pricing and multiple functions.   Unlike traditional prosthetics, which can be prohibitively expensive and may not offer the latest advancements… The Vulcan myoelectric hands can cover 40+ daily activities with just ⅓ the cost of the most modern bionic hands.  We also offer various combo options, allowing users to customize their prosthetic experience without overspending. Since 2023, the Vulcan control solutions have been exported to 11 countries with over 20 official clinics across Asia, Europe, South America, and the Middle East. We make it easier for arm amputees in different regions to receive Vulcan assistance without a distance barrier.  Once you have been a part of the Vulcan community, remember to check the Vulcan app for direct support. To know if the Vulcan hand is already available in your country, check out here. If your country is not on the list, just fill out this form and we will assist you to the nearest partnered clinic in your area. 

While this fact may sound hard to believe (or not), you can freely use the Vulcan prosthetic hand – a myoelectric hand to write a poem – an activity requiring fine motor skill, like any bionic hand. So how can a myoelectric hand be able to operate at a bionic level, and in what ways does it improve users’ lives with fine motor skills? Discover in this blog! Different Technology For Different Functions While myoelectric technology focuses on muscle signals for control and performing activities through simple openness and closeness of the prosthetic hand, bionic technology encompasses a broader range of advanced functionalities, in which the fingers can be moved independently.  As a result, the cost of bionic hands is much higher, up to USD 100,000.  How Vulcan Prosthetic Hand Can Perform Some Tasks At The Bionic Level The magic of the Vulcan hand lies in its unique designs, allowing it to be the myoelectric hand that can possess fine motor skills to perform some tasks at the bionic level.  Flexibility in Grasping One of the unique features of the Vulcan hand is its three adjustable thumb lock positions.  These positions allow users to change how the thumb is locked in place, creating different grips for various tasks, instead of being able to just open and close like any other traditional myoelectric hand. Depending on the thumb position, the Vulcan hand can grasp objects of different shapes and sizes, from gripping a bike’s handling bar, holding a pen, or picking up small items like coins, enhancing its usability. Simple in Use Despite the ability to adapt to complex tasks, the Vulcan hand makes it easy for any user to use it whenever he wants to change the grips.  No required complex controlling rules to control group grips, users can simply adjust the thumb lock position manually.  It can be customized to fit the specific requirements of each user, ensuring comfort and functionality.  Whether it’s writing, typing, or buttoning clothes, the Vulcan hand allows users to engage in detailed tasks that require precision and fine motor skills to perform some bionic-level tasks. With the ability to restore up to 60% physical abilities of the biological hand; the Vulcan prosthetic hand can also boost confidence and self-esteem.  For more information and support, please fill in the form here for a deeper 1-1 consultation.

When discussing control methods for prosthetics, it’s essential to differentiate between brain waves and muscle signals.  Brain waves are electrical impulses from the brain that can indicate thoughts or intentions to control the prosthetic hand. However, the Vulcan myoelectric hand does not use these waves for control.  In this blog, we will clarify how the Vulcan hand works, focusing on its simple control methods for every user to use. Why Does the Vulcan Hand Not Use Brain-Controlling Waves? Instead of relying on brain waves, the Vulcan hand uses muscle signals.  When a user thinks about moving their arm, the muscles from the bicep of their residual limb contract. These contractions create electrical signals that the Vulcan Myoband (the controlling sensor) can detect and interpret into closing or opening the Vulcan hand.  This method is more straightforward for users, making it easier to control the prosthetic. Importance of Muscle Signals in Making Control Intuitive and Effective It is a fact that difficulty in use is one of the common reasons contributing to prosthetic abandonment for arm amputees in general (according to Engdahl, 2015) which can lead to passive use of the device or total rejection, even just a few weeks after installing the prosthetic.  That is why a simple controlling method that can be learned and used quickly by most arm amputees is what Vulcan heads to from the beginning, in the hope of minimizing the prosthetic abandonment for users. As Vulcan’s users become familiar with how their muscles respond, they can learn to control the prosthetic hand effectively in the shortest time (maximum of 30 minutes to learn on their fitting days).  This connection between thought and action makes it simpler for users to perform everyday tasks. Also, this approach of Vulcan makes it easy for users of all ages to operate, keeps costs reasonable, and does not require any plasty operation while still performing over 30 activities at a precision level.  All are done while being compact, easy to wear, and detachable for users of most ages, supporting them in regaining independence in their daily activities.  If you are interested in experiencing the Vulcan prosthetic arm or have any questions, please don’t hesitate to contact us by registering for this form. Our team is here to support you in less than 48 hours.

What is TMR Operations? Stump arrangement surgery, often known as Targeted Muscle Reinnervation (TMR), is a surgical procedure designed to improve the control and functionality of prosthetic hands for individuals who have undergone limb amputation.  The technique involves rerouting nerves that once controlled the amputated limb to the remaining muscles in the area, ensuring a better fit for a prosthetic arm.  While this can create a more stable base for certain prosthetics, it also poses several challenges.  How the Vulcan Prosthetic Hand Works Without Any TMR Required However, you do not need to experience these additional operations once you wear the Vulcan Prosthetic Hand. How can we make that difference?  Vulcan Myoband – Solution For No Surgery, No Pain One of the standout features that can only be found at Vulcan  is the Vulcan Myoband, the controller worn on the bicep of users.  With its highly sensitive ability, the Vulcan Myoband can detect muscle signals from the remaining part of the arm and adjust it to the suitable movements to control the prosthetic hand without any surgical intervention. Plus, the Myoband can be fitted to more than 90% of types of stump conditions, regardless of causes of amputation, age, nerve affected, scars amount, etc. Therefore, opening more opportunities to a wide range of upper limb amputees in the world.  Advantages of Using the Vulcan Hand Overall, this non-invasive approach means that users can start using the Vulcan hand as soon as possible and offering the following benefits: By eliminating the need for surgical stump arrangements, the Vulcan hand not only reduces physical risks but also addresses emotional concerns. From now on, you can explore the non-surgical options available with the Vulcan hand. For more information and support, you can always contact us by filling out this form and the Vulcan team will assist you in 24 hours. 

Myoelectric hands are prosthetic devices designed to mimic the movements and functionality of a natural hand by utilizing electrical signals generated by the user’s remaining muscles.  In today’s blog, we will understand how it works and how arm amputees can actually gain benefits from it. How Does A Myoelectric Prosthetic Hand Work? Myoelectric hands consist of sensors placed on the user’s residual limb that detect muscle contractions.  These electrical signals are then translated into precise movements of the prosthetic hand, allowing users to perform a wide range of tasks. The Vulcan Prosthetic Hand incorporates advanced myoelectric technology into a sensor band called the Vulcan Myoband to ensure a comfortable wearing experience and exact responsive control. App Integration – A Convenient Digital Workflow Since 2022, Vulcan has already integrated all the prosthetic hand solutions with an exclusive intuitive app called Vulcan app.  The app serves as a personal online assistant, offering: The Power of Vulcan Prosthetic Hand in Daily Life The Vulcan Hand has the potential to transform daily life for individuals with limb loss.  From eating, writing, and grasping objects to more specialized activities, the Vulcan Hand empowers users to regain independence and reduces the need for assistance. With the Vulcan Hand, users can regain some fine motor skills like a bionic hand. Whether it’s tying shoelaces, picking up small items, or drawing with greater dexterity and precision. By restoring a hand-like appearance and offering intuitive control in most daily tasks, the Vulcan Hand allows users to interact with others without being limited by their amputation. To explore more of the Vulcan Hand and how it can assist you best, fill in the form today.

Getting used to a myoelectric hand can be tough. You might find it hard to learn how to move and use your new device. That’s where the Vulcan Training Hub can help. It’s designed to make things easier for you. What is a Vulcan Training Hub? The Vulcan Training Hub is a helpful platform that guides you through learning to use your prosthetic hand. You can access it through the Vulcan App. It offers various training sessions, practice exercises, and a rehab program, all made just for you. The hub is easy to use. Whether you’re new to the Vulcan Prosthetic Arm or want to get better, you’ll find useful resources to help you out. Why You’ll Love the Vulcan Training Hub 1. Complete Training Programs: 2. Fun and Interactive Learning 3. Track Your Progress: Try the Vulcan Training Hub through the Vulcan App and see how it can support you. If you need more information on using your Vulcan hand, fill out the form, and our team will help you soon.