Graduates from mold training programs can work in mechanical manufacturing, mold making, and mechanical and electrical product development enterprises, where they can engage in mold design, product development, CNC programming, project management, and CNC machine operation.
Mold design is a specialized technical course that encompasses a diverse range of fields, including UG design software, lathe machines, milling machines, CNC turning and milling, and EDM machining, making it a rather comprehensive specialty. Consequently, studying mold design requires a multifaceted technical background.
Learning UG software is conducted through a project-based teaching method. By designing a mold, students master the command system available in UG software. This teaching approach is innovative, though project-based learning has been proposed for a long time, it's not easy to implement effectively in teaching. This mold training method effectively addresses the challenge of limited training time and heavy workload, allowing students to acquire a wealth of knowledge in a short period.
Advantages of Small-Class UG Mold Training Course:
Management of teaching instructors will be *more convenient, and also *more targeted in teaching. With fewer students, instructors can attend to all UG mold training students and get to know them *better, thus enabling personalized teaching methods and helping students quickly grasp UG mold knowledge. Additionally, compared to large-class UG mold training courses, the implementation and learning of small-class UG mold training courses *fosters more interaction between students and instructors, which is *beneficial for students to truly learn UG mold technology. Moreover, the small-class UG mold training courses not only allow students to *fully enjoy teaching resources but also help them focus on learning. When students study diligently, their enthusiasm is *high, which is *advantageous for their learning of UG mold technology.
Mold Training Content:
Mold manufacturing process.
Main Content: Pressing processes and categories 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, injection mold design; mold processing, electrical discharge machining; mold assembly and adjustment.
2. Mold CAD/CAM technology.
Main Content: CAD/CAM overall structure, hardware system, and software system; mechanical product design using CAD, Computer-Aided Manufacturing (CAM), and Group Technology (GT); Computer-Aided Process Planning (CAPP) technology; and key technologies such as mold design CAD.
3. Punching 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, mold technical conditions, mold standard parts, and relevant standards.
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