About Zeus V2 Bionic Hand Prostheses - small
Designed for seamless touchscreen use, the system features quick-access buttons for ease of control. It is the strongest small bionic hand, delivering over 120N of grip force. The device is 100% locally repairable in under 10 minutes by a trained professional. It operates approximately 1.5 times faster, with a closing time of just 0.8 seconds. It comes with 14 predefined grips, which can be adjusted if required, along with 10 custom grip patterns. A web-based software enables clinicians to remotely configure the Zeus hand. The fingers are impact-resistant and compliant, built on a high-strength skeleton made from aluminum, steel, and carbon fiber alloy.
Advanced Finger Articulation for Natural DexterityEach finger in the Zeus V2 is individually motorized, enabling highly precise and natural movements. This advanced articulation replicates the dexterity of a human hand, granting users the capability to perform daily tasks such as holding utensils, typing, or grasping small objects. Its anatomical contour and curved angle ensure a realistic and comfortable fit, making it ideal for extended wear.
Myoelectric Sensing and Intuitive ControlZeus V2 harnesses myoelectric sensors that detect electrical signals from the user's muscle contractions. These signals control finger movement, grip patterns, and other functions via a touch panel and a compatible mobile app. Multiple grip modes-including power, pinch, and precision-are pre-programmed for easy access to diverse hand functions, enhancing everyday usability.
Durability, Comfort, and Smart ConnectivityConstructed from high-strength polymer, lightweight metal alloys, and coated in medical-grade silicone, the prosthesis balances durability with comfort. Its water-resistant design (IP54) and haptic feedback provide reliable performance and tactile sensation. Bluetooth connectivity supports seamless software updates and customization, ensuring the hand remains up-to-date and tailored to individual needs.
FAQ's of Zeus V2 Bionic Hand Prostheses - small:
Q: How does the Zeus V2 Bionic Hand detect and interpret muscle movements?
A: The Zeus V2 uses myoelectric sensors, which are placed within the prosthesis to detect electrical signals generated by muscle contractions in the residual forearm. These signals are interpreted by the device's electronics to control the movement of individual fingers and activate various grip modes.
Q: What grip patterns are available, and how do I switch between them?
A: The prosthesis offers several pre-programmed grip patterns such as power, pinch, precision, and lateral grips. You can easily switch between these patterns using the touch panel interface or through the mobile app, allowing you to adapt the hand to different tasks quickly.
Q: When do I need to recharge the bionic hand and how long does it take?
A: On typical use, the rechargeable lithium-ion battery lasts between 8 to 12 hours. A full recharge takes approximately 2 hours. It is advisable to charge the hand overnight or whenever the battery indicator suggests low power.
Q: Where can the Zeus V2 be worn, and who is it recommended for?
A: The Zeus V2 Bionic Hand attaches at the distal end of the forearm and is designed for adults and adolescents with upper limb amputations. Its size and adjustable socket make it suitable for individuals requiring a small anatomical fit.
Q: What benefits does the haptic feedback system provide?
A: Haptic vibration feedback delivers sensory information to the user, enhancing control and awareness of grip force, object contact, and movement. This helps mimic the sensory experience of a natural hand and improves device usability.
Q: How is the Zeus V2 prosthesis sterilized before use?
A: Each unit is sterilized using Ethylene Oxide (EtO) gas to meet strict medical hygiene standards. This method ensures the device is safe and ready for immediate clinical or personal use.
Q: Can the Zeus V2 Bionic Hand be customized or upgraded?
A: Yes, users can connect the prosthesis via Bluetooth to receive software updates, adjust grip settings, and configure controls through a dedicated mobile app, keeping the device customized and up-to-date.