Your 5-axis CNC machining service

Shorten lead times, reduce setups, and manufacture highly complex parts with 5-axis CNC machining—where speed meets precision.

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What is 5 Axis CNC Machining

5-axis CNC machining is an advanced subtractive process that uses high-speed cutting tools similar to drills to precisely remove material from a workpiece. Unlike typical 3-axis CNC machines, which are limited to linear motion along the X, Y, and Z axes, 5-axis CNC machining includes two additional rotational axes (called A and B axes) on the X and Y axes. These additional axes enable the cutting tool to access a wider area on the workpiece from all angles, thereby increasing machining flexibility and accuracy.

5-axis CNC machining has changed the manufacturing landscape, enabling parts to be completed in one setup, greatly reducing setup and repositioning costs. Through intelligent programming, rigorous testing of data paths and optimization of tool paths before production ensures excellent efficiency and accuracy during machining.

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Why TIRAPID is ideal for 5-axis CNC machining parts

Our fast response time coupled with outstanding customer service makes us the first choice for customers with precision manufacturing needs. Our reliable 5-axis machining services enable us to move your project forward, regardless of its complexity or size. With the ability to handle a large number of custom manufacturing projects and machining requirements, TIRAPID is your ultimate solution.

TIRAPID is proud to be ISO 9001 certified, which is a testament to our unwavering commitment to providing high-quality parts. This certification reflects our meticulous attention to quality and our continuous efforts to improve our services to ensure a seamless and worry-free experience for our customers.

5-axis CNC parts often feature custom features, intricate designs and complex geometries. With 9 years of experience in providing project-critical precision machined parts to a wide range of industries, you can trust TIRAPID to meet and exceed your expectations.

TIRAPID's various materials

We have a large network of trusted partners equipped with advanced CNC machinery, allowing us to produce exactly what you need, when you need it. The integration of Computer Aided Manufacturing (CAM) opens up a world of possibilities, allowing us to process a wide range of materials with the highest precision and efficiency.

Please see our comprehensive list of materials. If the material you are looking for is not listed here, please feel free to contact us to discuss your specific requirements.

Surface finishing options for 5-axis machined parts

Our operating mechanism

At TIRAPID, we go beyond machining—we offer free design reviews and DFM optimization to help you reduce costs, improve manufacturability, and shorten your development cycle.

Embark on your manufacturing journey today. Share your project details and one of TIRAPID’s experienced engineers will conduct an in-depth, personalized review of your requirements, ensuring every technical aspect is carefully evaluated for precision and efficiency.

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Common Problems of 5-axis CNC Machining

Want a quote?

We typically provide quotations within 4–8 hours.
For a fast and professional response, please contact us at 📩 projects@tirapid.com or 📱 +86 13528252057 (WhatsApp).

Most quotes arrive in your inbox within 8 hours. For larger batch orders, we guarantee a full response within 24 hours.

Yes, we are ISO 9001:2015 certified. If you would like, we can also share more details about our quality management practices.

For small CNC projects involving Al6061, We can achieve extraordinary results. Since we have in-house stock of this material, we can start and complete fabrication in as little as 2 days, ensuring your project keeps moving quickly without compromising quality.

In the world of anodizing, Type II is the standard variation. Clear coatings under Type II are typically 5 – 15 µm thick, while colored or tinted coatings are 10 – 25 µm thick. Type III anodizing, often referred to as “hard anodizing,” can be 20 – 80 µm thick. A useful design principle to remember is that 50% of the anodic coating is below the original surface and 50% is above it. For example, a 12 µm coating will add 6 µm to the part thickness, which is critical for precise design and assembly considerations.

Our machining capabilities extend to a wide range of thread specifications. We expertly process ISO metric threads (e.g. M3, M6, etc.) as well as BSPT, BSP and UNF threads. This broad compatibility ensures that our machined parts can be seamlessly integrated into a wide range of components across a wide range of industries.

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