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★ Current location:About Us -> Technical Strength -> Production Equipment



★ AUTOMATIC VERTICAL FLASKLESS MOLDING LINE

★ AUTOMATIC VERTICAL FLASKLESS MOLDING LINE

It has achieved human-machine dialogue, intelligent control, and mechatronics integration, and can meet complete functions such as synchronous conveying, mechanical core placement, synchronous cooling, and automatic sanding. It has leading advantages in standardization and maintainability. High productivity, high dimensional accuracy of castings, energy-saving and environmentally friendly.

★ Robot automatic spraying system

★ Robot automatic spraying system

The profiling spray track is a highly accurate system, which in turn provides a uniform paint film that shows as a quality final paint appearance. Overspray is greatly reduced alongside reduced need for thinner application, resulting in enhanced material utilization. The lines modular design and common structural components means ease of installation and component replacement, greatly reducing maintenance down time. Paint can easily be applied to both Inner and outer casting faces and mixed line product types is possible.

★ Molding manipulation, automated cope, turn over and box closing

★ Molding manipulation, automated cope, turn over and box closing

DDF has implemented 4 production lines, with the idea of meeting all of our customer needs. Flask sizes ranging from 1.3m x 1.3m (4.3ft x 4.3ft) to 1.8m x 1.8m (5.9ft x 5.9ft) means we can produce small, medium and large castings in the same facility. The automated flask system means we can precisely manipulate the sand boxes, greatly improving the accuracy of the box closing and reducing the labor intensity.

★ Fully automated Robotic grinding system

★ Fully automated Robotic grinding system

At DDF in order to reduce occupational sicknesses in our workers (dust contamination), to improve personal safety and to avoid other hidden dangers, we have implemented a fully closed grinding system. Standard grinding operations such as feeding, grinding, chip removal discharge among other processes are performed automatically in a fully contained environment.

This state of the art system functions by linking the movements of the robotic arm to the movement of the casting itself; this in comparison to traditional robotic mechanisms greatly improves precision and processing efficiency.