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Introduction of ug training content in UG training school
It is the most widely used and top-level product engineering solution in the world, providing digital modeling and verification means for users' product design and processing. The training programs of UG Training School are as follows:

Basic course study: mechanical drawing principle, AutoCAD software study, UG software knowledge, mold theory.

Learning content:

1. Master the drawing format and framework, understand the views, understand the surface roughness, tolerance and fit, form and position tolerance, three views and their corresponding relations, the projection method of points and surfaces, and the expression method of sectional views and sectional views, and understand the map from the perspective of the first or third projection.

2. Skillfully use AutoCAD to draw engineering drawings of various parts or components, and complete dimensioning.

3. Master module sketches \ parts \ drawings \ assembly in UG:

UG mold design course:

IGES repair, product analysis, sketch processing, full-parameter automatic parting, manual parting, parting failure processing, mold structure, h b-mold plug-in, 2D ranking, common typical mold structure, and complete set of mold part drawings.

Training benefits: through the effective combination of theory and practice, comprehensively strengthen practice, fully master the application of UG software, complete the actual project of the factory, and greatly improve the design level and efficiency; Cultivate yourself into a high-level mold designer with both theoretical knowledge and practical ability.

Ug programming course:

Core learning content:

1. Disassembly electrode, design principle of three-dimensional electrode. Disassembly method (automatic electrode drawing of jade plug-in)

2. Basic operations of tool path (such as plane milling, drilling, font processing, undercut, fixed axis contour milling, etc.). )

3. Electrode cutting path, spark discharge method, etc.

4. The general process of steel die processing, etc.

5. Complex die processing ideas, secondary rough machining skills, tool path optimization, etc.

6. How to prevent the knife from passing by,

7. Post-processing production and modification, CAM template setting, and processing program sheet production.

8. A complete set of mold processing cases (mobile phone precision, automobile large mold, etc.). )