PLASTIC OR METAL INJECTION MOLDING

Brand Owner Address Description
DF SYNVENTIVE MOLDING SOLUTIONS, INC. 10 Centennial Drive Peabody MA 01960 Plastic or metal injection molding equipment control products, namely, electronic sensors for sending signals to processors controlling melt flow equipment, proportional integral derivative (PID) and other control algorithm electrical controllers, software to control injection molding processes, software used in injection molding processes which provide a user interface, accumulate, analyze and store machine and process data and communicate data and other information with other devices both local and remote, such as mold process valves and other devices controlled by algorithms using sensor data, melt flow electrical controllers using melt flow [ or equipment property or position ] data, computer controllers for injection molding systems, hydraulic, [ pneumatic, electric or electronic ] actuators to articulate flow control devices, [ cavity based electronic sensors to provide control methods and provide for quality monitoring, ] mold process simulation software, molding equipment, namely, electrical controllers that provide independent fluid delivery control within a hotrunner or mold at each gate of a mold or to selective sets of gates within a mold an instructional manuals therefore, sold as a unit therewith;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A mechanical shut-off valve member for use with gas-assisted injection molding systems. A piston member is slidingly positioned in a body member or housing and spring-biased to a closed position. The valve member is opened by the injection of plastic material through the valve member and into a mold cavity. The spring biasing force closes the valve member and shuts off the flow of plastic once the mold cavity is filled with the requisite amount of plastic material. The shut-off valve member prevents any backflow of plastic material into the nozzle or injection molding machine during further steps in the injection molding process, including injection of gas or fluid into the plastic in the mold cavity.