Mold training primarily targets mold digital designers, programming and manufacturing process technicians, intelligent molding process technicians, mold project managers, and mold processing automation debugging technicians.
It is understood that with the development of China's industrialization and the increasing demand for high-quality mold technology from various factories, the demand for top-grade mold design talent in our country has been increasing year by year. Consequently, numerous mold training institutions have emerged in society. Additionally, since UG is a popular mold design software today, the UG mold design training courses offered by many mold training institutions are highly sought after.
Currently, the teaching methods of UG mold training courses offered by various mold training institutions vary greatly, with a wide range of teaching formats, each with its own advantages. Students should choose a course that suits their own situation.
Mold Training Content:
Mold manufacturing process.
Main Content: Pressing processes and classification of pressing dies; introduction to pressing equipment; design of punching dies, bending dies, stretching dies, and forming dies; basic knowledge of plastic and plastic part design; key points of injection molds and their design; mold machining and electrical discharge machining; mold assembly and adjustment.
2. Mold CAD/CAM technology.
Main Content: CAD/CAM overall structure, hardware and software systems; mechanical product design using CAD, Computer-Aided Manufacturing (CAM), and Group Technology (GT); Computer-Aided Process Planning (CAPP) technology; and key technologies such as CAD for mold design.
3. Press Mold Design
Familiar with single-process mold design, compound mold design, continuous mold design, fine mold design, covering mold design, hard alloy mold design, master mold standardization, mold terminology, and technical specifications, mold standard parts, and relevant standards.
Mold design is a specialized technical course, encompassing a diverse range of fields such as UG design software, lathes, milling machines, CNC turning and milling, machining centers, and EDM, making it a rather comprehensive specialty. Therefore, studying mold design should involve a multifaceted set of technical skills.
The learning of UG software employs a project-based teaching method. By designing a mold, students master the command system available in UG software. This teaching approach is innovative, although project-based teaching was proposed long ago, it's not easy to implement effectively. This mold training method solves the issues of limited training time and heavy workload, allowing students to acquire a wealth of knowledge in a short period.
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