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Simplifying the fabrication process of parts ensures that they can be easily and accurately manufactured, which reduces waste and increases throughput.

Designing products with automation in mind can significantly increase throughput and consistency, by making it possible to use robots and automated machinery effectively.

Reducing the number of parts in a product can lower assembly time, decrease costs, and simplify inventory management, ultimately improving manufacturing efficiency.

Designing products that do not require adjustments during or after assembly reduces production variability and increases the reliability of the manufacturing process.

Creating a design that is easy to test can ensure product quality and help identify manufacturing problems early, reducing waste and ensuring that finished goods meet specifications.

Creating parts that are symmetrical or using poka-yoke techniques can help in preventing assembly errors, making the process faster and reducing defect rates.

Incorporating standard parts in design can lead to cost reductions due to mass production, ease of sourcing, and reduced need for specialized tools or processes.

Designing parts that require minimal handling and orientation during assembly speeds up the process and eliminates potential bottlenecks, enhancing manufacturing efficiency.