1, Fuzhou Bamin NC programming training center:

This is a professional NC programming training institution, which provides comprehensive NC programming training courses, including the use and programming skills of MasterCAM, UG, SolidWorks and other software. The teachers in this institution are experienced, the teaching quality is high, and practical operation and skill training are emphasized.

2. Fuzhou Pilot Mould Design Programming Training Center:

This is a professional training institution for mold design and numerical control programming, which provides comprehensive training courses for mold design and numerical control programming. The teaching content of this institution covers mold design, NC machining technology, MasterCAM software use and programming skills, aiming at cultivating students' practical operation ability and professionalism.

3. Fuzhou Rongchang Mould Design Programming Training Center:

This is a professional training institution for mold design and numerical control programming, which provides comprehensive training courses for mold design and numerical control programming. The teaching content of this institution covers mold design, NC machining technology, MasterCAM software use and programming skills, and pays attention to practical operation and skill training.

MasterCAM learning content:

1, MasterCAM Foundation:

Learn the basic concept, interface and operation mode of MasterCAM, including file management, tool path creation and management, machining operation management and other functions.

2, two-dimensional graphics drawing and editing:

Learn how to use MasterCAM to draw and edit two-dimensional graphics, including drawing and editing basic graphics such as lines, arcs and rectangles, as well as operations such as transformation, trimming and interruption of graphic objects.

3.3D surface modeling and editing:

Learn how to use MasterCAM to model and edit 3D surfaces, including basic operations such as surface stretching, rotation and sweeping, as well as editing operations such as surface fillet, chamfer and trimming.

4, entity modeling:

Understand how to use MasterCAM for solid modeling, including basic operations such as solid stretching, rotating and sweeping, as well as editing operations such as solid fillet, chamfer and cutting.

5, tool path and process planning:

Learn how to use MasterCAM for tool path planning and process planning, including selecting tools, setting material parameters and determining cutting parameters, as well as tool path simulation and machining process simulation.

6. Advanced features:

Learn how to use the advanced functions of MasterCAM, such as multi-axis machining, free-form curve machining and other complex operations, as well as how to set up post-processing and program output.