Precision CNC Milling Services, Delivered Fast!

Whether you need intricate custom components or large-batch production, Huayu CNC milling service is your go-to solution. Here’s what we offer:

• Material Versatility: Work with a wide range of metals (e.g., aluminum, steel) and plastics (e.g., PP, ABS).
• Advanced Capabilities: Leverage multi-axis machinery and combined turning-milling expertise for slots, holes, and grooves.
• Quick Turnaround: Get instant quotes, rapid prototypes, and production parts delivered in days.
• Cost & Shipping Benefits: Enjoy competitive international pricing.
• Quality Assurance: Certified to ISO 9001:2015.
• Ultra-Precision: Achieve tight tolerances of 0.005 mm with lead times as fast as 1 day.

Huayu CNC Machining Equipment

We have professional production equipment and testing equipment. Production equipment have 15 pics CNC Lathe, 7 pics Turning and milling center machine, 30 pics Machining center, 15 pics Automatic Lathe, 1 pic Circular sawing machine, 1 pic Milling Machine, 2 pics Tapping machine, 5-axis CNC Machine…; test equipment have 3-dimensional detection It can accurately detect the size, shape and shape tolerance of the workpiece, so as to complete the tasks such as part inspection, shape measurement, process control and so on.

CNC Turning Solutions

What is CNC Turning

CNC Turning is a metal cutting process based on digital control. It uses computer programs to accurately control the motion trajectory of lathe tools to achieve efficient and high-precision processing of rotating parts (such as shafts, discs, and sleeves). Its core principle is to convert design drawings into CNC programs (G codes), and the CNC system automatically drives the spindle rotation and tool feed to complete operations such as turning, drilling, boring, and tapping.

CNC Turning Process

CNC turning process is an efficient processing method with digital control as the core in modern precision manufacturing. It drives the lathe through programmed instructions to complete the forming processing of rotating parts. Its typical process includes:

• 1) Process preparation – analyze the processing features (such as outer circle, inner hole, thread, groove type) based on the part drawing, select the tool type (carbide, ceramic blade) and design the clamping solution (chuck, center or hydraulic clamp) based on the material properties (steel, aluminum, titanium alloy, etc.);
• 2) Program compilation and simulation – use CAM software to generate tool paths, optimize cutting parameters (such as spindle speed, feed rate, cutting depth), and verify the safety of the program through virtual simulation to avoid collision or overcutting;
• 3) Machine tool debugging and trial cutting – import the program into the CNC system to complete the workpiece clamping, Tool operation and coordinate system setting, start the first trial processing, use measuring tools (micrometer, caliper) to detect key dimensions, and correct tool compensation values ​​according to deviations;
• 4) Continuous processing and quality control – run the program for batch production, monitor the cutting status (vibration, temperature, chip shape) in real time, and use the machine tool’s built-in sensors or external detection equipment (such as laser tool setting instrument) to ensure processing stability;
• 5) Post-processing and finished product delivery – after processing, deburr, clean and final inspection (such as roundness, cylindricity, surface roughness) of the parts, and finally output precision parts that meet tolerance requirements (IT6-IT8 level).

This process has significantly improved the processing accuracy, efficiency and consistency of complex parts (such as aviation shaft parts and automotive transmission parts) through automation and intelligent technology, and has become a key process link in high-end equipment manufacturing.

CNC Turning Capabilities

Carving the beauty of industry with millimeter-level precision, driving manufacturing upgrades with efficient production capacity! Huayu is equipped with the world’s top CNC turning equipment, supporting batch customization of complex surfaces, special-shaped parts and high-precision shaft parts, with a tolerance control of ±0.005mm. From aviation titanium alloy to medical stainless steel, multi-material processing is easy; 7×24 hours of automated production, combined with an intelligent programming system, the delivery cycle is shortened by 30%. Whether it is prototype development or mass production needs, we use craftsmanship and digital technology to create a zero-defect precision solution for you!

CNC Turning Advantages

The advantages of CNC turning as the following core points:

• Precision and consistency – program control achieves micron-level dimensional accuracy (IT6-IT7 level) and low surface roughness, avoids manual errors, ensures high consistency of batch parts, and adapts to precision manufacturing needs.
• Efficiency and flexibility – multi-process integrated processing (such as turning, boring, and tapping integration) reduces clamping time, fast tool change and program switching support multi-variety production, reduces mold costs, and shortens delivery cycles.
• Complex structure processing – easily cope with complex features such as special-shaped curved surfaces and non-standard threads, combined with five-axis technology, it can process multi-angle hole systems, breaking through the limitations of traditional processes.
• Cost and stability – automation reduces scrap rate, real-time monitoring extends tool life, and digital processes facilitate process optimization, reducing manufacturing costs overall.
• Material and intelligent adaptation – efficient processing of difficult-to-cut materials such as high-strength alloys and composite materials, and can integrate Internet of Things technology to achieve remote monitoring and predictive maintenance, promoting the upgrade of intelligent manufacturing.

CNC Turning Tolearances