CNC milling machining parts
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
Milling is a metal cutting process that is completed by moving the rotating tool and workpiece into the spindle. Milling can be on the workpiece plane processing, groove processing, tapping, drilling, reaming, boring, chamfering, and gear processing.
Precision CNC Aluminum Milling Parts offers unparalleled quality and precision thanks to advanced CNC machining technology, ensuring tight tolerances and minimal error margins. Our brand prides itself in delivering superior performance and durability, with each part meticulously crafted from high-grade aluminum for maximum strength and rigidity. The product features a combination of intricate design and exceptional reliability, making it an ideal choice for a wide range of applications in industries such as aerospace, automotive, and electronics.
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At Precision CNC, we serve by delivering high-quality aluminum milling parts with precision and consistency. Our expert team uses advanced CNC technology to produce custom-made components that meet the highest industry standards. We serve our clients by understanding their unique specifications and providing tailored solutions that exceed their expectations. With a focus on accuracy and efficiency, we serve by ensuring timely delivery and cost-effective production. Our commitment to excellence and customer satisfaction sets us apart as a reliable partner for all your CNC milling needs. Trust Precision CNC to serve you with top-notch products and unparalleled service.
Milling is a metal cutting process that is completed by moving the rotating tool and workpiece into the spindle. Milling can be on the workpiece plane processing, groove processing, tapping, drilling, reaming, boring, chamfering, and gear processing.
CNC milling processing in addition to the characteristics of ordinary milling machine processing, there are the following characteristics:
It has strong adaptability and flexibility for parts processing and can process parts with complicated contour shapes or difficult-to-control dimensions, such as mold parts, shell parts, etc.
Can process ordinary machine tools can not process or are difficult to process parts, such as complex curve parts described by mathematical models and three-dimensional space surface parts.
Can process a clamping positioning, the need for multi-process processing of parts, such as in horizontal milling machine can be easily on the box parts for drilling, reaming, reaming, boring, tapping thread, milling end face, groove, and other multi-process processing.
High processing precision, stable and reliable processing quality.
The production automation process is high and can reduce the operator's labor intensity. Conducive to production management automation.
High production efficiency. Generally, it can eliminate the work of marking and intermediate inspection and can eliminate the complex tooling, and reduce the installation and adjustment of parts. It can effectively reduce the auxiliary time in machining and improve production efficiency by selecting the best process line and cutting amount.
From the cutting principle, both end milling and milling are discontinuous
cutting modes, not like turning as continuous cutting, so the requirements of
the tool are higher, with good impact resistance, toughness, and wear
resistance. In dry cutting conditions, also requires good red hardness.
Compared with conventional machining, NC milling has the characteristics of high machining accuracy, machining of complex shape parts, and a wide machining range. According to the characteristics of CNC milling, we can roughly understand that suitable CNC milling parts mainly include the following types.
1, curve contour or surface of complex structure parts: parts of the plane curve contour, that is, parts with internal and external contour for complex curve, processing surface parallel or perpendicular to the horizontal plane. In three-dimensional coordinates, the surface of a part is usually a variation of points on the surface. It is usually designed by mathematical models. In the process of machining, the cutter and the machined surface always maintain point contact. 3 - axis CNC milling is usually used for machining surfaces of parts because it is necessary to program machining with the help of a CNC system.
2, ordinary milling difficult to process parts structure: for the size, marking, detection, and other difficult to observe and control parts, because the ordinary milling machine without CNC system auxiliary processing. So for these parts choosing CNC milling machine processing is very suitable
3, an ordinary milling machine can not achieve precision and accuracy: due to ordinary milling will exist human factors caused by the error, it is difficult to ensure the size accuracy, shape accuracy, and surface roughness of parts. Therefore, for parts with higher precision requirements, need to use CNC milling machine processing.
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.
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