CNC Swiss machine tool training

Training content for CNC Swiss machine tools

Basic Theory Section

 

Youdaoplaceholder0 Machine tool structure understanding ‌ : A detailed introduction to the structure and function of each component of the CNC Swiss machine tool, such as the spindle, guide sleeve, tool turret, secondary spindle (if any), etc. For instance, the guide sleeve is a distinctive component of Swiss machine tools. It can effectively support slender raw materials and reduce vibration during processing. Understanding its working principle is crucial for operating machine tools.

 

Youdaoplaceholder0 Principle of numerical control system ‌ : Explain how the numerical control system receives, processes and executes instructions, as well as how it controls the movement and processing of machine tools through programming. This includes the basic knowledge of programming languages such as G-code and M-code, enabling trainees to understand how to use code to direct machine tools to complete various processing actions.

 

Practical skills section

 

Youdaoplaceholder0 Machine tool operation training ‌ : Starting from starting up, shutting down, and manually operating each axis of the machine tool, it enables trainees to become familiar with the basic operation process of the machine tool. Then perform simple part clamping and tool setting operations, such as how to accurately load the raw materials into the spindle fixture and use a tool setter to determine the position of the tool.

 

Youdaoplaceholder0 Programming and Processing Practice ‌ : Teach students how to program based on part drawings, including selecting appropriate processing techniques and determining cutting parameters, etc. Let the trainees process parts on actual machine tools, from simple shaft parts to complex irregular parts, gradually improving their programming and processing skills. For instance, first ask the trainees to process a simple shaft with an outer circle and end face, and then gradually increase the difficulty to process parts with features such as threads and holes.

 

Maintenance and upkeep section

 

Youdaoplaceholder0 Daily maintenance ‌ : Teach trainees how to clean, lubricate and inspect the machine tool on a daily basis, such as regularly removing chips and debris from the machine tool and adding lubricating oil to all moving parts, to ensure the normal operation of the machine tool.

 

Youdaoplaceholder0 Troubleshooting ‌ : Introduce the phenomena, causes and solutions of common machine tool faults, such as the inability to start the machine tool and abnormal spindle speed, to identify and repair faults, and improve the trainees' ability to solve practical problems.

 

Training methods

 

Youdaoplaceholder0 Theoretical teaching ‌ : Through classroom explanations, PPT presentations and other methods, systematically impart the relevant knowledge and theories of CNC Swiss machine tools.

 

Youdaoplaceholder0 Practical demonstration ‌ : The training instructor conducts practical operation demonstrations on the machine tool, allowing trainees to directly observe each operation step and processing procedure, which is convenient for understanding and imitation.

 

Youdaoplaceholder0 Project practice ‌ : Arrange for trainees to participate in actual processing projects. From project planning, programming to processing completion, the entire process is done by the trainees themselves, with teachers providing guidance and supervision nearby to enhance their comprehensive practical abilities.

 

Innovate training methods

 

Youdaoplaceholder0 Virtual simulation training ‌ : Utilizing virtual simulation software, trainees are enabled to operate machine tools and practice programming in a virtual environment. This can reduce training costs, decrease the occupation of actual machine tools, and at the same time allow trainees to practice repeatedly to improve their operational proficiency. For instance, trainees can simulate the processing of various complex parts in a virtual environment, observe the processing procedures and results, and adjust programming and operation parameters in a timely manner.

 

Youdaoplaceholder0 online and offline combined training ‌ : Online, it offers a wealth of learning resources such as video tutorials and online courses, allowing students to study independently according to their own time and progress. Offline, concentrated practical training and Q&A sessions are arranged, allowing for face-to-face communication and interaction with teachers and students. This training method not only facilitates self-study by trainees but also ensures the effectiveness of practical operation training.

 

Career development after training

 

Youdaoplaceholder0 Employment directions ‌ : After completing the CNC Swiss machine tool training, students can be engaged in machine tool operation, programming, process design and other work in industries such as mechanical manufacturing, aerospace, automotive manufacturing, and watch manufacturing. For instance, in watch manufacturing enterprises, CNC Swiss machine tools are operated to produce high-precision watch parts.

 

Youdaoplaceholder0 Promotion opportunities ‌ : As experience accumulates and skills improve, trainees can be promoted to positions such as machine tool commissioning engineers and process supervisors, responsible for more complex production tasks and technical management work.

 

Are you currently planning to participate in the CNC Swiss machine tool training, or do you want to learn about the relevant information of the training first before making a decision? Or do you have more specific questions about a certain aspect of the training?