1.Cost savings:

Early identification of design issues: DFM identifies potential problems like manufacturability limitations, material compatibility issues, or inefficient mold design before expensive tooling begins. Fixing these issues early saves significant costs associated with retooling or scrapping parts.
Optimized design for production: DFM helps optimize the design for the chosen manufacturing process, leading to reduced material usage, faster cycle times, and lower labor costs.
2.Improved quality:

Reduced part defects: By addressing potential issues upfront, DFM minimizes the risk of defects arising during production. This ensures higher quality parts and potentially reduces the need for post-processing or scrap generation.
Enhanced product functionality: DFM can suggest improvements to the design that enhance its functionality and performance, resulting in a better overall product.
3. Faster time to market:

Streamlined production process: Identifying and resolving potential issues early avoids delays and rework during tooling and production, leading to faster time to market.
Reduced risk of production delays: A thorough DFM minimizes the chances of unexpected problems disrupting the production schedule, ensuring smoother and faster product launch.
4.Additional benefits:

Improved communication: DFM fosters communication between designers, engineers, and manufacturers, ensuring everyone is on the same page and working towards the same goals.
Increased efficiency: By optimizing the design for manufacturing, DFM contributes to a more efficient production process, reducing waste and energy consumption.
Overall, conducting a DFM report before tooling is an essential step in maximizing the success of your plastic injection molding project. It helps ensure cost-effectiveness, high-quality parts, faster time to market, and a smoother overall production process.