Based on your previous focus on the uniformity design, layout optimization, and verification of hot runner cooling channels, the tools needed to complete this type of design can be divided into four main categories:
I. 3D Modeling Tools
Main Software: UG NX, SolidWorks, CATIA
Core Function: To complete 3D parametric modeling of cooling channels, accurately control channel spacing and safe distances from cavities/hot runners, and avoid spatial interference.
II. Mold Flow Simulation Tools
Main Software: Moldflow, Moldex3D
Core Function: To simulate the temperature field distribution during the cooling process, predict potential issues such as localized overheating and water flow deviation, and optimize the water channel layout.
III. Flow Channel Analysis Auxiliary Tools
Main Tools: CADworks Mold Water Channel Plugin, UG Cooling System Dedicated Module
Core Function: To quickly generate standard cooling channels in batches, automatically verify the safe distances between channels and screw holes and ejector pin holes, and improve design efficiency. IV. Post-Verification Tools
Hardware Tools: Infrared thermal imager, contact thermocouple, tube jack, industrial endoscope
Core Functions: To measure the mold temperature distribution, detect the uniformity of the water channel diameter, and verify the actual cooling uniformity after the design is implemented.
