1, taught by a mold engineer with more than 15 working experience, and the training scheme is flexibly formulated according to the students' foundation, acceptance ability and time. If you have a good ability to accept, you should teach faster, so that students can learn better and get employment early. Instead, you should teach slowly. If you don't master one plate, you will never enter the next plate, so that you can move step by step.
2. The whole teaching process adopts domestic and foreign internal product projects and drawings, physical objects and case teaching. From simple to complex, step by step.
3. Not only learn the operation of the software menu, but also pay special attention to the training of ideas, methods, experiences and skills, requiring students to understand. Know why, know why. Achieve the effect of giving inferences.
4. Combine traditional counseling with modern training, and interact with small classes through example teaching. Solve the phenomenon that students can't learn, eat, talk and do, correct their learning attitude and study hard.
5. Studying 1~3 months is equivalent to working in the company 13 years. The salary after study is generally above 6000 ~ 1 10,000, which will be higher with the improvement of experience. 200,000 yuan is by no means a dream.
6. Use communication equipment, network virtual video, remote control, etc. Free of charge for students to answer difficult and complicated diseases at any time. Free technical support for life. Let students keep learning and make progress forever. Learn product design, mold design, CNC programming, and come to Xiamen for mold training! 7. Remote video teaching can provide technology for life.
Product replication, also known as product modeling, is a concept of product imitation, which refers to scanning the three-dimensional contour data of products. In China, imitation and reverse design of shanzhai products, especially shanzhai mobile phones, digital products, shoe models and other products are the most common.
Extended data:
Application: With the rapid development of computer technology, 3D geometric modeling technology has been widely used in product and tool design, scheme evaluation, automated manufacturing and management and maintenance. The technical data we get from upstream manufacturers may be three-dimensional models of various data types. We must transform the original physical objects (product prototypes or sludge models) into three-dimensional digital models on the computer through various measurement methods and three-dimensional geometric modeling methods.