Vacuum Centrifugal Casting Machine for Pickleball Game Commemorative Medal Production Equipment
This vacuum centrifugal casting machine is professional precision casting equipment specially developed for the production of pickleball game medals, sports honor medals and event commemorative medals. It is compatible with low-melting alloys such as zinc alloy, tin alloy and lead alloy, and is widely suitable for customized production of various pickleball competition medals, amateur event commemorative medals and sports award medals.
High-Precision Medal Pattern Restoration
Pickleball commemorative medals feature fine embossed logos, event texts, border textures and three-dimensional patterns. With stable and uniform centrifugal force, the molten alloy can fully fill every tiny cavity of the mold. The machine accurately restores delicate medal details with clear layers and sharp edges, perfectly meeting the appearance standards of sports honor medals.
Flexible Production & High Cost Performance
The equipment supports flexible switching of various medal sizes and personalized custom styles, adapting to small-batch customized events and medium-batch standardized mass production. With stable operation, low defective rate and low maintenance cost, it greatly improves the production efficiency and finished product quality of pickleball commemorative medals, being ideal dedicated equipment for sports medal manufacturers.
Machine Features
4th generation upgraded structure, ideal for medium and high-volume continuous production
Automatic molten metal ladling for precise feeding
Automatic mold loading and unloading – no manual intervention required
Vacuum and centrifugal action work simultaneously for better filling
Reduces dependency on operators while maintaining consistent product quality
Lowers overall production cost of centrifugal casting
If you are looking for a more efficient and stable production solution for small alloy parts, the 4th generation automatic vacuum centrifugal casting machine will be a reliable choice.
