One-stop solution for Sheet Metal Fabrication & CNC Machining - Bergek CNC
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One-stop solution for Sheet Metal Fabrication & CNC Machining - Bergek CNC
Five-axis machining efficiency, high precision, and a clamping workpiece. Suitable for processing automobile parts, aircraft structural parts, and other modern molds. Five-axis machining is not only widely used in the civil industry, but also widely used in aerospace, military, scientific research, precision instruments, precision medical instruments, and other industries. Five-axis machining efficiency, high precision, and a clamping workpiece. Suitable for processing automobile parts, aircraft structural parts, and other modern molds.
Built on decades of aerospace-grade expertise, our five-axis machining platform crafts aluminum turned parts with micron-level tolerances, mirror-like surface finishes, and consistent geometric accuracy. By combining simultaneous five-axis contouring, high-speed spindles, live tooling, thermal compensation, and automated in‑process probing, the process enables complex profiles, tight concentricity, and minimal secondary operations. Key advantages include traceable quality control, shortened lead times, greater assembly interchangeability, and cost-efficiency through reduced rework and material waste.
We provide high-precision five-axis CNC machining for aluminum turned parts, combining tight tolerances, complex-geometry capability, and superior surface finishes. Our core strengths include advanced CAM programming, rigid process control, multi-axis toolpaths, and in-house metrology to ensure repeatable accuracy and assembly-ready parts. Value delivered: faster prototyping to volume production, reduced scrap and secondary operations, competitive lead times, and consistent interchangeability. We support custom specifications, finishes, and heat treatments, plus responsive technical communication and quality documentation (PPAP, inspection reports). Ideal for aerospace, medical, automotive, and electronics applications where lightweight, high-performance aluminum components must meet exacting standards. Backed by warranty and on-time delivery.
We serve OEMs, designers and engineers who need high-precision five-axis machining for aluminum turned parts. Our integrated turning and multi-axis milling workflows produce complex geometries, tight tolerances, and superior surface finish in single-setup runs. We offer rapid quoting, DFM feedback, CAD/CAM optimization, prototype to volume scalability, and competitive pricing. Every order receives material traceability, in-line inspection, CMM verification, and documented quality reports. Flexible lot sizes, expedited lead times, and global logistics support simplify your supply chain. Technical collaboration and on-time delivery ensure parts meet fit, form and function requirements—reducing assembly risk and accelerating product launches with transparent communication and warranty.
Five-axis machining efficiency, high precision, and a clamping workpiece.
Suitable for processing automobile parts, aircraft structural parts, and other
modern molds. Five-axis machining is not only widely used in the civil industry,
but also widely used in aerospace, military, scientific research, precision
instruments, precision medical instruments, and other industries. Five-axis
machining efficiency, high precision, and a clamping workpiece. Suitable for
processing automobile parts, aircraft structural parts, and other modern molds.
Five-axis machining is not only widely used in the civil industry, but also
widely used in aerospace, military, scientific research, precision instruments, precision medical instruments, and other industries. It's a high-tech way to
make the impossible possible. It can be processed or generated for any spatial
surface or unusual shape. It can not only complete the processing of complex
parts and industrial products but also quickly improve the processing efficiency
and shorten the processing process.
Seven advantages of a five-axis machining center:
1. Suitable for processing complex special-shaped parts. Five-axis machining centers can realize the processing of complex parts which are difficult to be realized or basically unmachined in general machining centers, so it is widely used in aerospace, shipbuilding, mold, and other processing industries.
2. High-precision machining. Five-axis machining center is through five-axis positioning to complete the material size analysis to complete the detection, so the accuracy of the five-axis vertical machining center is higher than that of the ordinary machining center.
3. Processing firmly and firmly. Master computer, eliminate human error, parts processing consistency is good, solid quality.
4. High flexibility. When dealing with object conversion, generally only need to change the numerical control sequence, showing good adaptability, which can save a lot of time for production. Based on the five-axis machining center, an automatic production system with high flexibility can be formed.
5. High efficiency. Five-axis machining center machining precision is high. The rigidity of the bed, can automatically select the processing amount, five-axis machining center productivity is high, is generally 3~5 times the ordinary processing center, can cope with some complex parts processing, and can increase more than ten times or even dozens of times.
6. Good production conditions. Machine automation degree is high, the operator work intensity is greatly reduced, and better working environment.
7. Good for management. The use of a five-axis machining center, is conducive to the control and management of production, for the realization of the automation of the production process to create conditions. It can be processed or generated for any spatial surface or unusual shape. It can not only complete the processing of complex parts and industrial products but also quickly improve the processing efficiency and shorten the processing process.
Seven advantages of a five-axis machining center:
1. Suitable for processing complex special-shaped parts. Five-axis machining centers can realize the processing of complex parts which are difficult to be realized or basically unmachined in general machining centers, so it is widely used in aerospace, shipbuilding, mold, and other processing industries.
2. High-precision machining. Five-axis machining center is through five-axis positioning to complete the material size analysis to complete the detection, so the accuracy of the five-axis vertical machining center is higher than that of the ordinary machining center.
3. Processing firmly and firmly. Master computer, eliminate human error, parts processing consistency is good, solid quality.
4. High flexibility. When dealing with object conversion, generally only need to change the numerical control sequence, showing good adaptability, which can save a lot of time for production. Based on the five-axis machining center, an automatic production system with high flexibility can be formed.
5. High efficiency. Five-axis machining center machining precision is high. The rigidity of the bed, can automatically select the processing amount, five-axis machining center productivity is high, is generally 3~5 times the ordinary processing center, can cope with some complex parts processing, and can increase more than ten times or even dozens of times.
6. Good production conditions. Machine automation degree is high, the operator work intensity is greatly reduced, and better working environment.
7. Good for management. The use of a five-axis machining center, is conducive to the control and management of production, for the realization of the automation of the production process to create conditions.
Bergek CNC is a world-class manufacturing service provider in Shenzhen. We have advanced equipment to provide a full range of customized products to manufacturers around the world, specializing in CNC machining and sheet metal processing.
If you have any question,please contact us.
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