Computational design and digital fabrication can be used in the creation of medical devices in several ways:
1. Customization: These technologies allow for the customization of medical devices based on a patient’s unique needs. For example, a prosthetic limb can be designed and fabricated to fit a patient’s specific body structure, rather than using a standard prosthetic that doesn’t fit as well.
2. Iterative design: With computational design, devices can be quickly designed and tested in a virtual environment before being fabricated. This allows for a more iterative design process and the ability to test and refine a device before it is physically produced.
3. Faster prototyping: Digital fabrication technologies such as 3D printing and laser cutting enable rapid prototyping, allowing for the creation of functional prototypes in minutes or hours. This speeds up the development process and can reduce costs.
4. Improved performance: Computational design can be used to optimize the performance of medical devices, taking into account factors such as weight, strength, and durability. This can result in devices that are more effective and efficient in performing their intended functions.
5. Reduced costs: By using computational design and digital fabrication, medical devices can be produced more efficiently and with less waste. This can lead to cost savings for manufacturers and ultimately reduce the cost of devices for patients.
Some examples of medical devices created using computational design and digital fabrication include custom prosthetic limbs, patient-specific surgical implants, and wearable medical devices.
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