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 is a kind of high precision, high efficiency of active machine tool, the use of numerical control lathe can improve the processing efficiency, and create more value, the presentation of a numerical control lathe makes enterprises get rid of backward processing skills.
Built by a heritage precision-machining brand after years of targeted R&D and strict quality controls, this CNC lathe is engineered specifically for aluminium turned parts to meet aerospace and automotive tolerance requirements. It machines aluminium with micro-level accuracy and high spindle speeds, using thermal compensation, a high-stiffness bed and intelligent toolpath optimization to deliver rapid cycle times and repeatable precision. Key features—high-speed ceramic-bearing spindle, linear guides, closed-loop servo drives, automated bar feeder, and integrated coolant/chip management—translate into faster setups, better surface finish, higher throughput, lower scrap rates and reduced total cost of ownership.
Our cross-functional team combines precision engineering, CNC specialists, and seasoned machinists to maximize the lathe’s performance for aluminium parts. R&D and process engineers optimize tooling, CAM programming, and cycle times; quality engineers enforce SPC, CMM inspection, and robust testing. Production planners and supply-chain coordinators secure raw material flow for short lead times, while maintenance technicians maintain uptime. Sales and application engineers provide rapid customization and part-program answers; after-sales support offers training, troubleshooting, and spare parts. Together this experienced team ensures consistent high-precision, fast throughput, and reliable delivery—translating into lower per-part cost, predictable quality, faster time-to-market, and scalable production growth.
Our engineering and manufacturing team combines deep CNC expertise, precision metrology, and lean production experience to deliver high-precision, high-efficiency aluminium turning. Senior CNC programmers optimize cutting strategies and tooling for faster cycle times while maintaining micron-level tolerances. Quality engineers use calibration-grade measurement equipment and SPC to ensure consistency. Process planners integrate CAM, fixture design, and heat-management solutions tailored to aluminium alloys, reducing scrap and improving surface finish. Production managers focus on just-in-time scheduling and responsive capacity scaling to meet deadlines. Dedicated after-sales support and continuous training sustain performance improvements and secure reliable, cost-effective parts for demanding industries. Ensuring worldwide satisfaction.
CNC lathe is a kind of high precision, high efficiency of active machine tool, the use of numerical control lathe can improve the processing efficiency, and create more value, the presentation of a numerical control lathe makes enterprises get rid of backward processing skills.
CNC lathe processing mainly includes:
1. Shaped parts; Such as brackets, forks, and other irregular shape parts, most of which need to be mixed processing of multiple stations. Due to the irregular shape of the parts, ordinary machine tools can only carry out the process of dispersed processing, which needs to use more tooling, and the production cycle will be longer. For CNC machine tools, processing these kinds of special-shaped parts is easy to do.
2, curved parts; CNC machine tools can complete complex curves or curved surfaces composed of parts surface. In processing, a number of coordinate axis linkage is needed to carry out the process that is difficult to complete with ordinary machine tools. The process of these parts needs to be highly concentrated, the cumulative error of the size of the parts should be small, and the assembly accuracy should be high. Numerical control machine tools can meet the needs of these curved parts.
3, planar and perforated parts; Machining surface parallel and processing surface horizontal Angle consistent parts are known as plane parts. Each processing surface of this kind of part is a plane or can be expanded into a plane, basically selecting a special Angle forming milling cutter to process. CNC machine tools can be processed according to different spindle movements to have distributed hole systems such as keyways or end faces. Can also process the surface of the plate sleeve and more porous processing plate parts.
4, variable bevel parts; The parts where the Angle between the machining surface and the horizontal plane is continuously changing are called variable bevel parts. Most of these parts are aircraft parts, and inspection fixtures and assembly frames also belong to variable bevel parts.
CNC lathe processing characteristics
1, strong adaptability, used for all kinds of small batch parts processing
2, high processing accuracy, good interchangeability of parts
3. It has high production efficiency and low processing cost
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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