1. Precision: Computational design and digital fabrication can produce highly precise and accurate products in a consistent manner, which is of great importance in the field of medical devices.
2. Customization: It can meet the unique needs of individual patients, as parts can be customized or personalized to match the specific anatomy of the patient.
3. Iterative Design: With the aid of simulations and other design techniques, it is possible to test different prototypes of a device during the design stage, reducing the need for physical testing.
4. Cost-Effective Production: It can produce high-quality medical devices at a lower cost due to reduced material wastage, and more streamlined manufacturing processes.
5. Improved Safety: Computational tools can be used to perform analysis to ensure that the medical devices meet safety standards and minimize the chance of failures.
6. Faster Production Time: Using digital fabrication can reduce the time required to produce medical devices significantly, allowing doctors and patients to gain timely access to these life-saving products.
7. Efficient Replication: Digital fabrication methods enable consistent replication of medical devices, which is crucial for quality control and regulatory compliance.
Publication date: