Create products that meet both functional and performance requirements while producing at the lowest cost and highest efficiency.


 

1. * * Simplified Design * *: Simplify product structure, reduce material and manufacturing costs by reducing the number of parts,
simplifying component shapes, and reducing assembly steps.

2. * * Standardization and Modularization * *: Use standard components and modular designs for easy production and later maintenance.

3. * * Material Selection * *: Select appropriate materials based on manufacturing processes to improve production efficiency and
reduce costs.

4. * * Reasonable Tolerance * *: Setting a reasonable tolerance range can not only meet the performance requirements of the product,
but also not put too high demands on the manufacturing process. Simplified design and reasonable tolerances help improve product
quality.

5. Easy to assemble: When designing, consider the convenience of assembly, such as using buckles instead of screws to fix, reducing
assembly time and tool usage. Considering that the design of manufacturing processes can accelerate the product's cycle from design
to production. The design that is easy to assemble and maintain reduces product failure rates.

6. * * Consider manufacturing process * *: When designing, the actual production process should be considered, including various links
such as processing, assembly, and inspection. By optimizing design, products can become more competitive in terms of price and
performance.

7. * * Testability * *: Ensure that the designed product can easily undergo quality control and testing.

8. * * Simulation and Verification * *: Use computer-aided engineering (CAE) tools for design verification and manufacturing process
simulation.

9. * * Prototyping * *: Build a prototype and conduct testing to verify the manufacturability of the design and the performance
of the product.

10. * * Continuous Improvement * *: Based on prototype testing and actual production process findings, continuously optimize
the design.

11. * * Environmentally friendly * *: Consider the overall lifecycle of the product, including the recyclability of materials and the
environmental friendliness of the production process.