Professional custom 3D printed exoskeleton fingers
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Distal Exoskeleton Finger: is an innovative product specially designed for users who are missing a knuckle on their index, middle, ring and little fingers. It has unique functions and advantages and can significantly restore the important movement functions of the hand such as pinching, picking up, and holding. This product has been carefully developed and optimized with the special needs of users in mind. Through advanced technology and humanized design, it can accurately simulate the natural movement of fingers, helping users to perform various operations more freely in daily life, such as easily picking up small objects, holding objects steadily, and holding tools firmly. Whether performing simple daily activities, such as dressing, eating, or engaging in some more complex jobs or hobbies, the distal exoskeleton fingers can provide users with reliable support and assistance, improving their quality of life and self-care ability. (Click to enter: Professional customized 3D printed exoskeleton fingers)
Proximal exoskeleton finger: It is an innovative product specially designed for users who are missing a knuckle on their index finger, middle finger, and thumb. Its original design is to help these users regain key functions such as pinching, picking up, and holding their hands. It uses cutting-edge technology and ergonomic principles to fit perfectly with the hand, providing precise strength support and flexible movement assistance. For example, if a user's thumb is missing two joints, after wearing the proximal exoskeleton finger, he can freely pinch small objects, such as buttons, beans, etc.; he can stably hold heavier objects, such as kettles, dumbbells, etc.; he can also make fists or grasp larger objects. (Click to enter: Professional customized 3D printed exoskeleton fingers)
About customization
3D printing exoskeleton mechanical finger customization process description
Dear Customer:
Hello! Welcome to choose our 3D printing exoskeleton mechanical finger customization service. In order to ensure that the customization process goes smoothly and the final product can meet your needs, the following is the detailed customization process and related requirements:
Step One: Initial Assessment Please send us clear photos and videos of your injured hand. Our team of professionals will evaluate your hand condition to determine if a custom exoskeleton finger can be made for you. Photos and videos should show the hand injury as fully as possible, including all angles and range of motion of the hand.
For example: photos can include the front, back, side of the hand, as well as finger extension, bending and other movements: videos can capture some simple movements of your daily use of hands.
Step 2: Measure data
If your situation meets the customization requirements, you will need to cooperate with our engineers for data measurement. You can choose to come to the site for measurement, or complete the measurement through remote guidance.
On-site measurement: We will arrange a suitable time and place for you, and engineers will use professional tools to conduct precise measurements. Remote measurement: Engineers will provide you with detailed guidance through video calls and other methods. You need to use the simple measurement tools we provide as required to operate and accurately feedback the measurement results to the engineer.
Step 3: Modeling and fine-tuning Based on the measured data, our engineers will build an initial digital model for you. During the modeling process, some fine-tuning may be made based on your hand characteristics and needs to ensure the accuracy and applicability of the model.
Step 4: Print the beta product
After completing the data modeling and fine-tuning, we will print out the beta product using advanced 3D printing technology.
Step 5: Try-on and feedback
You will receive a beta product to try out. During the trial period, please maintain close communication with the engineer and provide timely feedback on your feelings and opinions during use, such as comfort, flexibility, stability, etc.
Step 6: Model fine-tuning
Based on the feedback you provide during the trial, our engineers will fine-tune the data model again to further optimize the product.
Step 7: After many adjustments and optimizations, the finished product is finally printed and delivered to you.
We are committed to providing you with the highest quality 3D printed exoskeleton mechanical fingers that best fit your needs. We will work closely with you throughout the entire customization process to ensure your satisfaction. Thank you for your trust and support!
If you have any questions, please feel free to contact us.
email:641711718@gq.com