The Impact of 3D Printing on Animal Mobility
3D printing technology transforms the lives of pets and wildlife by creating customized prosthetics and carts for mobility and support.
00:00:03 A dog named Cleo, who is missing a leg, finds support through 3D printing technology.
🐶 Cleo, an adorable dog, is missing her right leg but is still active and playful.
🔬 Dogs missing limbs are prone to arthritis and joint problems, but a company called 3D Pets has a high-tech solution.
📱 The process involves using a smartphone to 3D scan the animal and create a custom prosthetic limb.
00:01:39 Using iPhone's LIDAR scanner and true depth camera system, Cleo's dimensions are scanned to 3D print a custom prosthesis, providing comfort and accuracy for every animal.
📷 Using the iPhone's LIDAR scanner and true depth camera system, accurate scans of the dog's dimensions are obtained.
🖨️ The dimensions are then used to 3D print a custom prosthesis for the dog.
🐾 The need for individualized prosthetics arises due to the unique characteristics of each animal.
00:03:20 This video explores how 3D printing has transformed the lives of animals by creating customized prosthetics for pets and wildlife.
The 3D printing company offers a variety of options for creating custom-made objects for pets and animals.
The process involves scanning the pet, importing the scan into design software, and optimizing the design for 3D printing.
The design is adjusted to ensure a perfect fit, with different areas of the object having varying degrees of rigidity and flexibility.
00:05:06 How 3D Printing Revolutionized Animal Prosthetics Manufacturing Process
🐾 The design of the prosthetic limb is made flexible for the dog's fluctuating weight, with sturdy hardware for impact.
🖨️ The use of 3D printing is now justified in this manufacturing process as it allows for customization and different sized pieces.
⏱️ The 3D printing process takes approximately 24 hours to complete, providing a quick and efficient production method.
00:06:39 Learn how 3D printing has improved the lives of animals, including dogs with residual limbs. The technology allows for customization and comfort, with ongoing improvements to enhance mobility.
🐾 3D printing can be used to create custom-made prosthetics for animals, such as dogs with residual limbs.
🔄 Support pieces in 3D printing can be melted down and repurposed for other uses like wheels or feet.
🔧 Continuous improvement and adaptation of the prosthetic devices are crucial based on feedback and specific needs of the animals.
00:08:09 A look at how 3D printing has transformed the lives of dogs with deformities, providing them with customized carts for mobility and support.
3D printing is used to create custom carts for dogs with mobility issues.
The carts are designed to accommodate specific deformities and provide support to the dogs.
The flexibility of the carts allows for adjustments based on the dog's needs.
00:09:49 3D printing has revolutionized the lives of pets like Cleo by providing accessible prosthesis. The adjustment process involves gradually increasing usage time to build trust and muscle memory. This breakthrough technology has the potential to help pets around the world.
The process of designing and fitting a 3D-printed prosthesis for a dog involves scanning, printing, sanding, and adjusting to ensure a proper fit and functionality.
Pets need time to adjust to wearing a prosthesis, with gradual increase in daily usage to remap muscle memory and build trust in the limb.
The accessibility of technology, such as 3D printers, computer apps, and software, has enabled the creation of custom prostheses for pets, benefiting animals worldwide.
00:11:28 A heartwarming story about how 3D printing is changing animals' lives, allowing them to live more freely and extend their lifespans.
🐶 3D printing and prosthesis help animals extend their lives and live more freely.
💰 The cost of 3D printed prosthetic pieces ranges from a couple hundred bucks to $2,000.
👏 3D Pets uses technology to improve the lives of animals.
Want to deep dive into this video?
