Xiamen Rongchang Mold Design and CNC Programming Training is established by a master with over 20 years of factory experience. The software includes UG, Mastercam.CAD, PROE, and SolidWorks. Teaching is conducted based on actual factory production models, with a mentor-apprentice teaching approach. A large number of files processed in the factory are used for practice, and each exercise must pass the master's careful review. There are also machining and carving machines available for observation and practical experience, allowing students to understand mold structure and processing techniques on-site. Over the years, a set of training methods has been developed, with students typically becoming qualified for mold design and CNC programming engineer positions within 3 months. Welcome to visit and try the free trial class; enroll after you are satisfied.

Serious Commitment: Free phone guidance or on-site instruction upon employment, with lifetime free technical support!

Mold Design:

Can independently design medium to high difficulty injection mold structures, full 3D parting and drawing. Familiar with HASCO, DME, MISUMI and other export mold design standards. Graduates can become proficient in factory design procedures, equivalent to 2-3 years of mold design experience in the factory. Focuses on the cultivation of design philosophy and design thinking, determination of design parameters, transfer of machining experience, and trial molding experience...

Course content includes:

UG Product Design Basics, Pro/E Product Design Basics, CAD Layout, Advanced Molding Structure, Advanced UG Parting, UG Freeform Non-Parametric 3D, UG_Moldwizard Parametric Full 3D, UG Assembly, UG Mold Total Assembly Drawing, UG Parts Drawing, Moldflow Flow Analysis

Numerical Control Programming:

(1) UG Installation and Interface Setup (Layers, Analysis, Views, Items, etc.)

(2) 2D curve operations, surface design, 3D modeling, solid modeling.

(3) 2D UG Machining (punching, drilling, face milling, flat milling, etc.).

(4) UG 3D Machining (cavity milling, contour milling, fixed-axis surface milling, 3D engraving, etc.).

(5) Mold electrode removal and mold structure knowledge.

(6) Parts, electrodes, inserts, sliders, inclined tops, mold core machining programming and drawing, with case studies.

(7) Mold Machining Techniques (Trimming Edges, Auxiliary Solids, Tool Length Detection, and Tool Collision Check, etc.)

(8) UG Advanced Settings (shortcuts, machining templates, electrodes, post-processing, etc.)

(9) Extensive Factory Component Practice (all programmed and machined by the factory)

(10) Additional AUTOCAD (common features used by mold design and programming personnel)

Teaching Method

1. One computer per person, learn at your own pace, no time limit.

2. Mentorship provided, full-time guidance, factory integration, and intensive training.

3. Tailor-made teaching plans for each student, with each exercise requiring mentor approval before passing, ensuring students can work independently from their first day on the job.

Training targets: Individuals with a high school or higher education; or workers in the mold and machinery industry such as CNC operators, milling machine operators, and lathe operators, as well as graduates from technical colleges.

Xiamen Rongchang Mold Training has cultivated a large number of professional technical talents for the mold and machinery industry in recent years, many of whom have successfully started their own businesses, earning excellent reputations among the students. We also thank everyone for their trust and support. Rongchang Training will continue to strive to nurture valuable talents for both enterprises and society!