Xiamen Rongchang Mold Design & CNC Programming Training Studio is a professional training studio dedicated to mold design and CNC programming. Taught by a mold design engineer with 15 years of experience, it offers a mentorship-style, hands-on learning approach, delivering the latest and most practical technologies to meet industry demands. Committed to becoming a high-quality mold training brand, it provides superior resources for the mold industry.

Can a person with a low education level learn mold design? As long as you have an interest and are willing to work hard, it can be done, even with a junior high school education! There's this saying: "Learning has no order, but those who achieve are the pioneers." As long as you find a good training institution and have a good teacher to guide you, and study deeply and systematically, mold design is also an easy subject to master.

Is there still an advantage to learning mold design? As the "mother of industry," molds have a vast development space. It can be said that as long as there are products, there are molds, and as long as there are molds, there is a need for mold design. With the transformation of enterprises and the improvement of technology and management in recent years, the mold industry in our country has developed rapidly, especially in the fields of automotive molds and export molds, which is particularly evident. The demand for talents is ever-increasing; for example, the shortage of mold design personnel in the Pearl River Delta area is several hundred thousand. Some companies are offering salaries over 10,000 yuan per month yet still can't find suitable candidates! Currently, the starting salary for mold designers with ordinary training is generally above 6,000 yuan, and after one year of work, the average salary is around 8,000 yuan. After three years, the salary is generally above 10,000 yuan; this is the advantage of learning mold design! As long as you maintain your work ability, you will never be unemployed in your lifetime!

Our Studio's Training Advantages: Can learning one or two software programs make you a mold designer? Don't confuse software training with mold design! Many training schools today, in fact, focus mainly on basic software operations without understanding the industry's technology—misleading students! Our studio is led by engineers with 15 years of experience in the mold industry. How many training schools can boast of hiring instructors with over a decade of experience?

Studio Advantages:

1. Our studio instructors possess the essential three skills for mold design: a) mold mechanisms, b) software operation, c) machining processes.

2. Our studio operates through a mentor-apprentice approach. Large training schools often have dozens or even hundreds of students, but how many can a teacher truly attend to? Besides, teachers are usually hired, would they take the time to impart heart-to-heart teaching to you?

Are you still struggling to learn technology? Are you still working on the assembly line in monotonous, mechanical tasks? Are you still poring over books, building your own theories in isolation, or watching online videos? Stop wasting time and money on futile endeavors! Open a design training studio to create such a great learning opportunity and environment for you. You definitely shouldn't miss out!

Eligible Candidates: Motivated youth, individuals with junior or senior high school education or higher, as well as workers in the mold and machinery industry such as CNC operators, milling workers, mold setters, etc., and graduates from technical colleges...

Class Schedule

UG Mold Design Phase Learning Content:

1. Mechanical drafting, CAD software commands, fundamental mold knowledge, machining processes, basic steps for drawing assembly drawings, and the application of CAD auxiliary modules.

2. 3D software command explanations, product shaping, product analysis, DFM creation, export mold standards explanation, and application of 3D auxiliary modules.

3. Mold structure explanation (mold types, tilting cores, slides, thread forming, N-time parting, etc.), demolding steps, product reasonable modifications, product parting surface construction, demolding techniques, full 3D, complete 2D assembly drawings.

4. Provide CAD mold assembly drawings, UG mold assembly drawings, and prepare BOM with 0 piece order.

5. Comprehensive intensive training, where students design according to the factory's design process, with instructors organizing reviews and summaries.

UG CNC Programming Stage Learning Content:

I. Basic Course:

1. UG Installation and Interface Setup (UG Sketch Examples Explained) 2. Basic UG Modeling Commands 3. UG Curve Applications 4. UG Solid Modeling 5. UG Surface Patch Techniques 6. Product Instance Explanation 7. UG Machining Module and Engineering Drawing Instruction 8. Assembly and Automatic Molding

Section II: Basic Applications of UG Machining Module

1. Face Milling: Know the application, cutting method, and main parameter settings for face milling.

2. Planar Milling: Understand the applications, classifications, cutting methods for different workpieces, main parameter settings, and mastery of planar milling

3. Cavity Milling: Commonly used for roughing out workpieces, learn to choose the right tools wisely when the workpiece sizes vary. Cavity milling generally uses a cutting path that follows the contours, with emphasis on setting and mastering the main parameters.

4. Re-clearing the corners with the cavity milling: Mainly for processing the excess material left after rough cutting with the upper tool; setting and mastering the main parameters.

5. Equal Contour Milling: Often used for precision finishing of workpiece sides. When selecting tools, choose a reasonable one based on the size of the R-radius at the bottom of the workpiece. Main parameter settings and mastery, example explanation, and combined with topic practice.

6. Curved Milling: Commonly used for the precision finishing of workpiece surfaces, usually opting for ball-end mills for curved milling. Focuses on the setup and mastery of key parameters, with example problems explained and combined with practical exercises related to the topic.

7. Hole Machining: Applications of G81 and G83.

Section 3: Factory Case Study:

1. Electrode Processing: Gain proficiency through multiple electrode examples and practice, mastering the electrode processing and fixture techniques. Pay attention to special considerations for processing electrodes with extreme dimensions, such as ultra-high and ultra-thin electrodes.

2. Mold Frame Machining: Proficient in mold frame machining processes, experienced in handling large-scale mold frames.

3. Mold Core Machining: Understanding of common mold core materials, knowledge of mold heat treatment processes, control of stock allowance before heat treatment for mold cores, and precautions when machining the mating surfaces of front and back mold cores.

4. Comprehensive Molding Processing: Mastery of key considerations for the entire molding processing, integrating the common processing flow of molds in the factory and the department's processing procedures.

5. Product Processing: Process considerations and parameter settings during product processing.

The above learning content can be completed in about three months of full-time instruction. Upon completing our course, you will be very familiar with the factory's operational processes and possess 2-3 years of work experience. You'll be able to independently perform the role of a mold design and programming engineer. As the saying goes, 'It's better to have a skill in your hand than to be rich in your waist.' Three months of learning will undoubtedly benefit you for a lifetime.

Teaching Method:

1. One computer per person, learn at your own pace with no time limit until proficiency is achieved.

2. Mentorship provided, full-time tutoring, integrated with the factory, enhanced training.

3. Tailor-made teaching plans for each student, with each exercise meticulously reviewed by a master before approval, ensuring students can work independently from day one.

Educational Advantages:

Factory practical teaching mode. Hands-on training. One-on-one tutoring. Organic workshop practice. Learn and recommend jobs. We always focus on employment orientation. From beginner to mold design expert. On-site practical operations in a pure mold company. Emphasis on the cultivation of design concepts and design thinking, determination of design parameters, processing experience, and mold trial experience传授...

Our studio offers a free trial learning experience, and you can enroll after deciding it's a good fit. Since I personally mentor students, the number of students per month is limited. Please cherish the opportunity for collective progress. We hope friends aspiring to work in the mold design industry will enroll in our studio for learning, and also look forward to guidance and collaboration from fellow professionals! Additionally, our studio provides technical services to the public, boasting a powerful technical alliance and offering high-quality technical services to our clients!

Service Scope Includes:

UG+CAD mold design, UG+Powermill CNC programming, UG+ProE product design, Mastercam programming, Solidworks product programming, metal mold design, Moldflow flow analysis, etc.

The studio boasts an advantageous geographical location, upholds honesty and credibility, and employs a practical teaching approach, which increasingly attracts friends from various provinces to travel afar to study and deepen their knowledge in Xiamen.

Welcome,模具爱好者和朋友们，to consult with us.