Evolution in plastic injection mold design with CAD/CAM technologies
Delina Company Innovations
Mold design is a critical and critical step in the plastic parts manufacturing process that directly affects the quality, accuracy, and final production costs. Realizing this importance, Delina has made extensive investments in mold design engineering in recent years and has utilized advanced CAD/CAM technologies to significantly increase the quality level and productivity of production.
The use of 3D design software such as SolidWorks, Siemens NX and Catia in Delina's mold design department has allowed engineers to perform highly accurate and flexible modeling of complex parts. These softwares design the most optimal mold structure with the ability to analyze stress, analyze melt flow, and predict critical points.
On the other hand, the CAM (Computer Aided Manufacturing) process has enabled the direct transfer of digital designs to CNC machines. This technology has enabled the manufacture of molds with very high precision and minimal errors. The time for mold production has been significantly reduced, and the amount of waste and the need for corrections has also been minimized.
Another advantage of this innovation is the ability to quickly design custom molds for different customers in the automotive, home appliance, medical and packaging industries. Delina has been able to increase production efficiency by up to 30% by designing multi-cavity molds and advanced internal cooling. Also, the life of the molds has been significantly increased by using wear-resistant steels and heat treatment.
These innovations not only reduce customers' costs, but also establish the Delina brand as a knowledge-based company in the mold making industry.
