CNC milling and turning are the most widely applied subtractive manufacturing technologies in modern mechanical processing, and they have always been the core business and technical advantage of Bywjmold. Relying on advanced vertical and horizontal CNC machining centers, automatic lathes and turn-milling composite equipment, the company provides high-precision custom processing services for various metal and plastic parts, covering multiple high-end industrial fields such as automation equipment, aerospace, medical devices and new energy vehicles.
CNC turning and milling have distinct functional positioning and complementary processing advantages. CNC turning is mainly used for manufacturing rotary symmetrical parts such as shafts, sleeves, flanges, bolts and cylindrical connectors. The workpiece rotates at a constant high speed, and the fixed cutting tool performs feeding and shaping, achieving excellent roundness and dimensional consistency. It is suitable for mass production of standard mechanical fasteners and precision rotary components with tight tolerance requirements. In contrast, CNC milling uses rotating cutters to process static workpieces, excelling in manufacturing planar parts, grooved structures, irregular contours, box shells and multi-dimensional special-shaped components. It can complete complex processes such as drilling, tapping, slotting and contour milling in one setup.
The integrated turn-milling composite technology adopted by Bywjmold further breaks the boundary between the two processes. It realizes one-time forming of parts with both rotary and complex planar features, avoiding repeated clamping and positioning errors in traditional separate processing, effectively improving production efficiency and product precision. The company’s CNC machining can control dimensional tolerances up to ±0.005mm and surface roughness up to Ra 0.8μm, fully meeting the ultra-high precision assembly standards of high-end industrial equipment.
Bywjmold’s CNC processing supports a wide range of material options, including 304/316 stainless steel, 6061/7075 aluminum alloy, brass, copper, titanium alloy, tool steel and high-performance engineering plastics. The professional engineering team is proficient in CAD/CAM programming, tool path simulation and process optimization, and can solve difficult processing problems such as thin-wall part deformation, deep hole machining and hard alloy cutting. Whether it is customized prototype samples, small-batch trial production or large-scale mass manufacturing, the team can formulate the most cost-effective processing scheme according to customer drawings and technical parameters.
The application scope of CNC milling and turning products covers almost all industrial sectors. In the automotive industry, it produces transmission system parts, chassis brackets and engine precision accessories. In the aerospace field, it lightweight structural parts and precision connectors. In automation and medical industries, it manufactures robotic joint components and medical equipment structural parts. In addition, it is widely used in electronic hardware, mold accessories and general mechanical equipment parts.
Bywjmold always takes quality and delivery as the core of service. It implements full-process quality inspection from raw material incoming inspection to finished product delivery, and optimizes production scheduling to shorten the delivery cycle while controlling manufacturing costs. With mature technical accumulation and strict production management, Bywjmold has become a trusted CNC milling and turning processing partner for global customers, continuously empowering the upgrading and development of the precision machinery manufacturing industry.
