Precision Machining Services
Our company specializes in precision machining, the art of expertly shaping workpieces to exact dimensions and specifications using cutting-edge machinery. This high-accuracy process is vital for producing components used across aerospace, automotive, medical devices, and many other industries. Depending on the part type and size, we employ a variety of advanced machining techniques to ensure exceptional quality and performance.
Complementing our precision machining capabilities, we operate a robust stamping production facility equipped with 20 press machines ranging from 100 to 500 tons, alongside 10 sets of laser cutting, CNC punching, CNC machining, and CNC bending equipment. Spread across three production workshops, we can efficiently handle stamping requirements from 1 to 500 tons.
Our mold design process leverages industry-leading computer-aided systems such as CAD, UG, CATIA, and PROE, paired with modern mold manufacturing technology, allowing us to deliver complex, high-precision solutions.
Together, our expertise in precision machining and comprehensive capabilities enable us to provide customized, high-quality metal components tailored to meet your most demanding specifications.
Solenoid valve componentsHydraulic cylinder componentsCNC machined partsPrecision automotive partsElectronic componentsElectrical components- Design
- Raw Material Selection
- Precision Machining
(Such as Milling, Turning, Hole Drilling, Planing) - Surface Treatment
(Including Rust Removal, Polishing, and Painting)
Precision machining involves the use of various tools, including lathes and milling machines. These machines are used to rotate the workpiece and move it around the cutting head. Some are equipped with one or more spindles, allowing the workpiece to rotate during milling and drilling operations simultaneously.
| | | | | |
| Function | Shapes the workpiece to achieve specific geometry, dimensional accuracy, and surface quality | Ensures high precision and quality of the product | Creates holes and enhances material properties | Used for machining flat surfaces and straight grooves |
| Equipment used | Milling machine | CNC lathe | Drilling machine | Planing machine |
| Applicable materials | Alloy steel, hard alloys, cast iron, ceramics | Steel, stainless steel, copper, aluminum, cast iron | Metal sheets, aluminum sheets, alloy plates | Steel, cast iron, copper alloys, aluminum alloys |
| Material thickness | Based on product requirements | Based on product requirements | Based on product requirements | Based on product requirements |
- Our company operates 20 high-performance press machines ranging from 100 to 500 tons, along with 10 sets of advanced equipment including laser cutting, CNC punching, CNC machining, and CNC bending equipment.
- With three fully equipped production workshops, we are capable of handling stamping requirements from 1 to 500 tons with efficiency and precision.
- To support complex and high-accuracy projects, our mold design process utilizes industry-leading CAD, UG, CATIA, and PROE software, complemented by modern mold manufacturing equipment. This integrated approach allows us to deliver customized, high-quality stamping solutions that meet the most demanding specifications.
The process begins with receiving the customer’s drawings and machining requirements. Before production starts, we select the most suitable CNC machine and develop multiple efficient, cost-effective machining plans.
Precision machining covers a range of processes including turning, milling, boring, planing, and grinding. We choose the appropriate method based on the specific requirements and geometry of the metal parts to be produced.
Machining is a general term for precision machining, referring to the controlled removal of material using mechanical tools. It involves using machine tools to refine raw materials into high-precision components.
Precision machining is used to produce parts for industrial equipment such as wind turbines and power generation systems. It is also essential in manufacturing medical devices (e.g., surgical instruments), consumer electronics like smartphones and laptops, and automotive components.
CNC machining relies on accurate programming and rigid machine structures to ensure dimensional precision. Advanced sensors and real-time monitoring systems help prevent deviations during production.
