Have you ever wondered how to optimize production, reduce waste, and still achieve maximum precision? Hiring a subcontractor with 5-axis milling capabilities can be the decisive factor for your project. This technique is the key to manufacturing complex components with high accuracy and efficiency—ideal for advanced industries like aerospace, medical technology, and the automotive sector.
5-axis milling is a CNC machining method that makes it possible to machine a part from multiple angles without needing to refixture it. This means the machine can rotate and tilt the workpiece while the milling tool moves along the three linear axes (X, Y, Z). The result is high precision, rapid production, and reduced error margins.
At Matenco, we use state-of-the-art machines such as the DN Solutions DVF 5000 and the Haas VF-4SS. These machines make it possible to machine parts up to 625 x 450 x 400 mm, with a spindle speed of 12,000 rpm—perfect for complex and demanding projects.
Working with a supplier that has both the expertise and equipment for 5-axis milling gives you:
Flexibility and Precision: Machine advanced geometries in a single setup.
Efficiency: Shorter lead times and fewer production steps.
Cost-Effectiveness: Fewer production errors and optimized material usage.
Thanks to 5-axis technology, you can feel confident that even the most complex parts will turn out exactly as expected.
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With over 40 years of CNC machining experience, we at Matenco deliver customized solutions with the highest precision. Our modern machinery handles even the most demanding projects, always tailored to your needs. At the same time, we prioritize sustainability, minimizing environmental impact without compromising quality.
Advantages
This method is well-suited for simpler parts and planar machining. By operating along three linear axes (X, Y, and Z), 3-axis milling is often more cost-effective for straightforward projects with basic geometries.
Limitations
Due to the limited range of motion, 3-axis milling struggles with complex geometries and undercuts. Parts frequently need refixturing to achieve certain angles, which can extend lead times and increase the risk of errors.
Advantages
4-axis milling introduces a rotational axis—often referred to as the A-axis—enabling more complex part geometries compared to 3-axis setups. This additional axis can reduce the need for multiple setups, helping save time and improve accuracy.
Limitations
While offering more flexibility than 3-axis machining, 4-axis milling still cannot match the full capabilities of 5-axis systems. Highly intricate shapes and deep angles may require additional retooling or setups.
Advantages
5-axis milling provides maximum flexibility and precision. By simultaneously controlling three linear and two rotational axes, complex components can be produced in a single setup, significantly reducing production time and error margins.
Limitations
The initial investment cost for 5-axis machines tends to be higher, and programming can be more complex. However, for parts requiring top-tier accuracy and complexity, the long-term benefits often outweigh these upfront costs.
Looking for a reliable partner for advanced machining? Contact us at Matenco today. We’ll help you turn your visions into reality with our expertise in 5-axis milling. Book a free consultation now!
Work area
625x450x400
Spindle speed
12000
Tool locations
61
Control system
Fanuc
Type
5-axis milling
Work area
2xØ160x300
Spindle speed
12000
Tool locations
24
Control system
Haas
Type
5-axis milling
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