CNC Machine Shop
TenRal has an in-house CNC machine shop with an area of 21,000 square feet, providing ample space for multiple production needs. The workshop is staffed by 35 experienced workers who are professionally trained to operate and maintain all types of CNC equipment. In terms of equipment, the workshop is equipped with more than 20 advanced CNC machine tools, including high-precision lathes and milling machines, which use the latest technology to achieve one-time processing of complex parts, improving production efficiency.
With these facilities and staffing, we are able to meet our customers’ high demand for precision CNC machining parts.
CNC Machining Capabilities
In CNC machine shop, Our equipment is from Japan and South Korea, these countries have advanced technology and rich experience in the field of CNC machining. By introducing these high-precision, high-efficiency equipment, we are able to ensure that the CNC parts produced are of the highest quality standards. Under such conditions, the minimum tolerance of our products can reach 0.01mm, fully meeting the growing demand for precision in the industry.
- CNC Turning
- CNC Milling
- CNC Drilling
- CNC Grinding
CNC Turning
Our CNC machine shop has 16 high precision CNC lathes imported from Japan and South Korea. These machines use advanced technology to enable the processing of complex parts to meet the needs of a variety of industries.
During the processing, the precision of these CNC machines can reach 0.01mm, ensuring the consistency and reliability of the product.
CNC Milling
Our CNC workshop is equipped with 6 high-precision CNC milling machines imported from Japan and Taiwan. Among them, 3 are 3-axis milling machines, which are suitable for most conventional machining tasks, such as surface milling, notch machining, etc. Two are 4-axis milling machines, which can carry out more complex three-dimensional processing, improving the production efficiency and accuracy of the workpiece; And a 5-axis milling machine has more powerful functions, can achieve a full range of complex shape parts processing, greatly improving the flexibility of product design.
These devices have extremely high precision, with a minimum tolerance of up to 0.01mm, laying a solid foundation for customers to provide high-quality, high standard products.
Precision CNC Product Case Video
What is CNC Turning
Numerical control turning is a manufacturing process that utilizes CNC lathes to shape rotating parts with precision.
In the CNC turning process, the tool moves smoothly in a straight line along the workpiece’s axis and also vertically during the feed movement, allowing for the creation of various shapes and sizes on rotating surfaces, such as cylinders, cones, threads, grooves, and more.
Advantages of CNC Turning
- High precision machining is possible to achieve very small tolerances, thus ensuring the quality and consistency of parts.
- It has high production efficiency. Through the automatic processing process, the time and error of manual operation are reduced, and a large number of the same parts can be processed quickly.
- It is very flexible. The CNC program can be easily adapted to different shapes and sizes of parts processing to meet diverse production needs.
- Ability to process complex shapes and contours, such as threads, cones, surfaces, etc.
- The scrap rate is relatively low, saving materials and costs.
What is CNC Milling
CNC milling is a process that utilizes a CNC milling machine to effectively shape a workpiece.
During CNC milling, the tool moves and cuts along multiple axes, allowing for the machining of various complex planes, surfaces, cavities, holes, and other intricate features. This technique is widely applied in machinery manufacturing, mold processing, aerospace, and many other fields, enabling efficient and precise production of parts and products that meet design specifications.
Advantages of CNC Milling
- It can achieve high-precision machining, can achieve minimal tolerance requirements, and ensure the high quality and consistency of parts.
- With excellent flexibility, machining paths and parameters can be easily adjusted through programming to adapt to parts of different shapes and complexity.
- It can process a variety of complex shapes and structures, including three-dimensional surfaces, deep cavities, thin walls, etc.
- High production efficiency, automatic processing process reduces manual intervention, greatly shortening the processing time.
- Good repeatability, as long as the program is unchanged, it can ensure that the parts processed each time have the same accuracy and quality.
CNC Machining of Materials
The types of materials used in CNC machining are much richer and more diverse than sheet metal fabrication. In addition to common metals, CNC machining is also widely used in other materials such as plastics. This diversity allows CNC machining to meet the needs of different fields and industries for product performance, function and beauty.
In our daily production process, the following are some commonly used CNC machining materials:
Application of CNC Machining Parts
With reliable quality, parts manufactured in TenRal’s CNC manchine shop are used in a wide range of industries, which is an important achievement to note.
Quality Policy
At TenRal, quality has always been a core value of the company. In order to implement this business philosophy, we have developed a comprehensive quality inspection program to ensure that every step of production meets strict standards. The program covers all stages from raw material procurement to final product delivery, dedicated to the production of quality metal stamping components.
- Raw material inspection
- Tool detection
- In-production testing
- Pre-package inspection
- Preshipment inspection
