Professional CNC Machinery Solutions

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CNC Machining Technology Overview

CNC machining uses computer-controlled machine tools to perform metal cutting. Relying on a five-axis CNC center and CAM software, it achieves high-precision milling, turning and complex surface processing. Combined with the ISO certification system, it ensures dimensional accuracy of ±0.02mm and is suitable for the manufacturing of precision parts in the fields of automobiles and hydraulics.

Application

Covering high-precision demand scenarios such as automotive transmission parts, agricultural machinery gearboxes, hydraulic pump bodies and forklift lifting arms, it provides long-life metal solutions with a surface roughness of Ra≤0.8μm, serving the fields of automobiles, hydraulics, agricultural machinery and industrial equipment.

CNC Machining Process Steps

Design and Programming
Blank Preparation
Machine Tool Settings
Machining Execution
Quality Inspection
Post-processing and Delivery

Design and Programming

Use CAD software to build a 3D model, generate tool paths (such as five-axis linkage machining codes) through CAM software, and verify the program with simulation software to ensure machining feasibility.
Blank Preparation

Select forged/cast blanks according to the material of the part (steel, aluminum alloy, etc.), perform pretreatment (such as heat treatment to relieve stress), and fix them on the machine tool workbench.
Machine Tool Settings

Install the corresponding tools (milling cutters, drills, etc.), configure the tool library through the automatic tool changer (ATC), and set the cutting parameters (speed, feed rate).
Machining Execution

Start the five-axis CNC machining center, perform milling, turning, drilling and other operations according to the program, monitor the cutting status in real time, and avoid overcutting or vibration.
Quality Inspection

Use a three-coordinate measuring machine (CMM) to detect dimensional accuracy (±0.02mm), and verify Ra≤0.8μm through a surface roughness meter to ensure compliance with ISO 9001 standards.
Post-processing and Delivery

Deburring, anodizing or spraying treatment, packaging and delivery of customized products such as automotive transmission parts, hydraulic pump bodies, etc., covering the fields of automobiles, agricultural machinery and industrial equipment.

Our CNC Machinery Capabilities

Auto Part

Process features: Closed die forging combined with precision casting, high-precision transmission system components (such as gears, crankshafts) are formed through CNC machining centers.

Advantages: High material utilization rate (≥85%), tolerance accuracy of ±0.05mm, meeting the lightweight and high-strength requirements of automobiles.
Agricultural Machinery Part

Process features: Mainly sand casting, combined with cold forging process to improve wear resistance, suitable for thick-walled structural parts (such as gearboxes, plowshares).

Advantages: High cost-effectiveness, excellent fatigue resistance, and adaptability to harsh working environments.
Hydraulic Part

Process features: Closed die forging + heat treatment process to ensure high pressure resistance of valve bodies, pump bodies and other components (pressure ≥35MPa).

Advantages: Good sealing performance, high dimensional stability, and 100% full inspection through three-coordinate measuring machines.
Liftfork Part (forklift accessories)

Process features: hot forging + precision casting composite process, strengthening the impact resistance of forks, lifting arms and other parts.

Advantages: surface hardness reaches HRC45-50, load capacity is increased to 5-10 tons, and life cycle is extended by 30%.

CNC Machinery Production Advantages

CNC Machining Process Advantages

CNC machining achieves high-precision metal cutting through computer control, supports five-axis linkage machining of complex curved surfaces (such as automobile engine cylinders), dimensional accuracy of ±0.02mm, surface roughness Ra≤0.8μm, and is suitable for multiple materials such as steel and aluminum alloys, meeting the efficient manufacturing needs of precision parts such as automobile transmission parts and hydraulic pump bodies.

professional cnc machinery Advantages of Factory

Process Advantages of This Factory

Relying on five-axis CNC machining centers, automatic tool change systems and CAM software, combined with full inspection of three-coordinate measuring machines and ISO 9001 certification, it provides full process autonomous control from programming to delivery, and the material utilization rate is increased by 15%-20% compared with traditional processes, covering high surface quality and long life solutions in the fields of automobiles, agricultural machinery, hydraulics and forklifts (such as gearboxes and lifting arms).

Available Materials for Our CNC Machinery Services

Material Support

We provide precision forging services for materials such as steel (high-strength gears/valve bodies), aluminum alloys (lightweight agricultural machinery/forklift parts), titanium alloys (corrosion-resistant aviation parts), copper (conductive hydraulic joints) and tungsten steel (wear-resistant tools). Through closed die forging, CNC machining and three-coordinate testing, combined with ISO certification system, we ensure that material performance is fully released, providing highly reliable and long-life customized solutions for the automotive, hydraulic, aviation and other fields.

Optional Surface Treatments for Custom Parts

We provide a variety of surface treatment solutions, including heat treatment (optimizing material hardness and toughness), phosphating (improving corrosion resistance), spraying (enhancing wear resistance and insulation performance) and nitriding (increasing surface hardness to above HV1000). Combined with ISO 9001/16949 quality system, we provide highly reliable and long-life customized surface treatment services for automotive, hydraulic, agricultural machinery and other fields.