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
CNC lathe processing in the process of processing, if the tool selection is not right, it will lead to unstable processing or processing! And affect the power, but also does not make good quality. So the selection of tools is very important when we process raw materials that are relatively hard raw materials,
Crafted by a specialist precision machining company, these stainless steel CNC turned parts are produced on high-rigidity multi-axis lathes with controlled thermal processes to achieve exceptionally tight tolerances and minimal residual stress. They deliver reliable fit, long-term dimensional stability, and corrosion resistance for demanding industries such as aerospace, medical devices, and industrial automation. Key features include sub-micron surface finish, ISO-certified material traceability, heat-treatment optimization to reduce deformation, and fast prototyping-to-production turnaround, offering consistent performance, reduced assembly rework, and extended service life.
Our dedicated team blends seasoned CNC engineers, veteran machinists, and meticulous quality inspectors to deliver precision, low-deformation stainless steel turned parts. Core strengths include deep metallurgical knowledge, advanced CAD/CAM programming, optimized fixture and tooling design, and strict process control to minimize thermal and mechanical distortion. Value delivered: consistent tolerances, reduced scrap and rework, faster prototyping-to-production cycles, and reliable on-time delivery. Cross-functional project managers ensure clear communication, rapid problem-solving, and tailored production plans for custom requirements. Continuous training and data-driven improvements maintain high yields and traceability, giving customers confidence in repeatable performance and cost-effective manufacturing solutions and responsive post-delivery support guaranteed.
Our machining team combines seasoned process engineers, CNC programmers, and certified operators with metallurgical expertise to deliver precision, low-deformation stainless-steel turned parts. Core strengths include tight-tolerance programming, optimized tooling and fixturing, thermal-control strategies, and in-process monitoring to minimize distortion. Complementary QA capabilities—CMM inspection, surface-finish measurement, and traceable material certification—ensure consistent conformity to specifications. This integrated skillset reduces rework and scrap, accelerates lead times, and delivers repeatable part performance for critical assemblies. Customers benefit from technical support for design-for-manufacture, rapid prototyping, and reliable on-time delivery, turning complex stainless-steel requirements into predictable, high-quality outcomes and measurable performance improvements across production lines overall.
CNC lathe in the process of processing the most simple problems and processing difficulties there are the following:
First, how to judge the good condition and service life of the tool?
1. In the active machining process of the machine tool, it is necessary to use the ear to hear the sound, check or touch the tooltip on time when the cutting process is stopped, and analyze and judge the surface finish, etc.
Two, how to reasonably choose the corresponding tool according to the characteristics of raw materials?
1, CNC lathe processing in the process of processing, if the tool selection is not right, it will lead to unstable processing or processing! And affect the power, but also does not make good quality. So the selection of tools is very important, when we process raw materials that are relatively hard raw materials, we should choose rigid relatively strong knife tip large tools, the machine should also choose low speed, slow feed, less back to eat, and other criteria to debug! So when processing raw materials are soft, such as aluminum alloy, nylon rod, copper, and other raw materials! Then we can improve the speed, feed, back knife, and the use of the corresponding alloy knife! In particular, the feed is slow and will form extrusion slag, around the workpiece, not broken slag. Thus, the power and quality will be greatly affected.
Three, when the process or cutting path is not well arranged to affect the power how to do it?
Try not to repeat the same knife used many times, to the end of a knife certainly doesn't have to be the second, and the row knife order program sequence under the conditions allow, must according to the dao way, as far as possible the tightening of idle time, reduce unnecessary positioning error, under the condition of the cutting tool or have no effect on the quality, once again, the optimization of the process, to reach the best processing condition. Four, in the processing of thin wall products simple deformation how do?
Such products are a little difficult, some may be divided into many processes to complete, according to the product requirements, to analyze and judge! Must use low speed, slow feed, less back to eat three processing elements! And to choose a small tip, the knife blade is sharp, clamping is also as far as possible to choose axial clamping (such as pressure screw sleeve), such as using radial home tight has been deformation state.
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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