Service Overview
Professional 5-axis CNC machining solution partner
We are a professional supplier of 5-axis CNC machining services, providing customized CNC milling services to various industries worldwide. Our superior CNC capabilities stem from imported 5-axis precision CNC milling equipment and an experienced team, enabling us to provide a one-stop service from design, rapid prototyping, production to shipping.
With our exceptional capabilities and extensive expertise, we offer first-class and cost-effective customized 5-axis CNC machining services, including 5-axis simultaneous milling for high-speed manufacturing and rapid prototyping, as well as precision CNC turning. Our high-quality milling products cover fields such as robotics, aerospace, medical devices, automotive parts, precision optics, and industrial equipment.
Processing capacity
| Category | Describe |
| Maximum part size | 1500×800×600 mm (processing range can be expanded upon negotiation for some special requirements) |
| General tolerances | ±0.005mm (can be maintained stably with conventional processing; can be further optimized for special requirements) |
| Delivery time | For standard operations, the lead time for simple parts is about 3-5 days; for more complex or small-batch orders, the lead time is generally 7-10 days, depending on the actual assessment of the project. |
| Customized services | It can process a wide range of materials, including high-temperature alloys, titanium alloys, stainless steel, aluminum alloys, ceramic matrix composites, and engineering plastics; it supports a variety of advanced machining processes such as high-speed milling, five-axis linkage milling, and precision boring and milling, and specializes in the integral machining of large thin-walled parts (1500×800mm) and the machining of micro-complex structures (3×3mm). |
Our Advantages
- Fast delivery
- Abundant materials
- Optimize costs
- Precision processing
Application areas
- Medical device field
It is used for processing customized medical device components, such as artificial joints, dental implants, and high-end surgical instruments. The high precision and complex shape processing capabilities of five-axis machining ensure a perfect fit between medical device components and human tissues, improve the safety and comfort of medical devices, and provide strong support for the innovative development of the medical industry. For example, it is used for machining multi-surface artificial hip joints.
- Automobile manufacturing sector
It has wide applications in automotive mold manufacturing and high-end automotive parts processing. For example, it is used to process complex molds such as automotive engine block molds and gearbox housing molds, as well as parts with complex curved surfaces such as automotive turbocharger impellers and automotive interior parts, improving the precision and efficiency of automotive manufacturing and helping the automotive industry develop towards high-end and intelligent manufacturing.
Frequently Asked Questions
If I have a five-axis CNC machining requirement, how can I communicate with your company to determine the machining plan?
You can contact us through the contact information on our website (phone, email, WeChat, etc.), providing your part drawings, processing requirements (such as precision, surface quality, materials, etc.), and production volume. Our sales staff will respond promptly and arrange for a professional technical engineer to communicate with you in depth, conduct process analysis and solution design based on your needs, and provide you with a detailed introduction to the processing flow, expected delivery time, and quotation, ensuring that both parties reach an agreement before commencing processing and production.
Can five-axis CNC machining guarantee the machining quality of thin-walled parts?
Yes. Five-axis CNC machining, through precise control of tool posture and cutting parameters, can effectively reduce the impact of cutting forces on thin-walled parts, preventing deformation. Simultaneously, advanced machining processes and toolpath planning enable uniform cutting of thin-walled parts, ensuring dimensional accuracy and surface quality. Before machining, our technical team will also optimize the process based on the characteristics of the thin-walled parts to further ensure machining quality.
Is the cost of five-axis CNC machining very high?
Five-axis CNC machining has a relatively high cost, mainly due to the high cost of equipment purchase, high cost of cutting tools, increased labor costs caused by the high requirements for programming and operation personnel, and the high consumption of cutting fluid and electricity during the machining process. However, in the long run, for machining complex parts, five-axis machining can reduce the number of clamping operations, improve machining efficiency and product quality, and the overall cost-effectiveness may be better, especially for machining high-end, high-value-added products.
What are the main advantages of five-axis CNC machining compared to three-axis and four-axis machining?
Compared to three-axis and four-axis machining, five-axis machining has an additional rotary axis, enabling omnidirectional tool posture adjustment in space. It can complete more complex multi-angle and multi-curved surface machining in a single setup, reducing clamping errors and achieving higher machining accuracy. It can machine complex undercuts, deep cavities, and other structures that are difficult to machine with three-axis and four-axis machining. Machining efficiency and surface quality are also significantly improved, making it particularly suitable for machining complex parts in aerospace, high-end mold and other fields.