Mould
Mold development achieves full 3D design, full parameter mold flow analysis, and standardized production operations, which can maximize the rationality and reliability of the mold development and production process.
The periphery of the die-casting machine is equipped with various automation equipment such as automatic soup feeding robot arm, robot spraying system, robot picking and embedding system, die-casting cutting and gating device, die-casting coding machine, rapid mold changing system, product conveying device, intelligent CNC post-processing, etc
50 CNC machining centers independently develop high-precision fixtures and fixtures with high machining accuracy, high rigidity, and high productivity. They can coordinate with many coordinates and handle complex shaped products. When the processed products change, simply changing the CNC machining program can save production preparation time.
All comply with EU standard powder spraying: generally divided into outdoor powder and indoor powder, the texture can be adjusted into various effects, smooth surface, sand pattern, foaming and other oil spraying treatments: ordinary spray paint, yarn pattern paint, UV paint, rubber paint, high-temperature paint, etc
The quality inspection of the product production process is divided into key size inspection and rapid size inspection. At the same time, it can perform leak detection (airtight detection and immersion leak detection) on the product, and has the ability to assemble and test the product components.
Yuhui die-casting has over 10 years of experience in the processing industry, with various equipment and processes completed: three shafts, four shafts, German brand and our Haas brand five axis machining centers, Japanese Tianjin all CNC lathes and rotary grinding CNC machine centers, covering turning, drilling, grinding, cutting, polishing, cutting and other processing processes, providing excellent services to customers.
Boring and milling
Cnc lathe
Four axis complex machining center
Pentahedral Complex Processing Center
Boring and milling machining centers were the first and most commonly developed and used machining centers in this area, so commonly referred to as machining centers generally refer to boring and grinding machining centers. Its main process capability is mainly boredom and grinding, as well as its ability to drill, expand, expand, discover and deal with attacks and other issues.
The objects of processing mainly include: surface processing between aircraft components and fixed angles (constant), as well as parts on a horizontal plane, such as optical discs, sleeves, and plates; The angle part of the variable has a surface machining and horizontal plane between continuously changing angles; Box section; Complex surfaces (such as camshafts, integral impellers, molds, ball surfaces, etc.); Special shaped parts are irregular in shape, and most of them require multi site mixing of points, lines, and surfaces.
On the basis of CNC machine tools, spare tools, magazines, and manipulators can be selected, greatly increasing the number of tools available. Turning the center mainly focuses on turning points, and can also handle milling, drilling, enlargement, reaming, and tapping. Its processing objects mainly include complex parts with conical surfaces and rotating bodies with complex curves for buses. At the conversion center, it can also drill holes, grind keyways, grind machine cam grooves and spiral grooves, tapered threads, and variable pitch lines. The transfer center usually has the following two advanced functions.
1) The position of certain or all tools in the functional electric tool is that the holder can use rotating tools (such as milling cutters and drills) to rotate, which are powered by the holder of the tool.
2) The control function of the c-axis position can control the axis at any position in the circumferential direction. Implement x-C and z-c connections. In addition, some pivot centers also have Y-axis functionality.
In addition, the most distinctive feature of a general machining center with five axes is that it has a spindle that can be converted vertically and horizontally. With the support of NC index workbenches or NC rotary workbenches, a tight six sided component (such as a box part) and five machined faces can be achieved. This type of machining center not only greatly reduces the processing during auxiliary operations, but also reduces the impact of positioning errors due to the accuracy of multiple clamps.
JM Precision German brand and American Haas brand 5-axis CNC centers, There is an accurate 0.0004 "(0.01 mm). It can reduce fixture manufacturing to save time and cost. When processing complex shapes, it only needs to be set to improve productivity. Shorter cutting tools can be used to produce higher cutting speeds and less tool vibration to achieve higher accuracy. It can also achieve excellent surface finish to improve the overall quality of a part.
As the name suggests, polishing compound processing equipment refers to both the processing and grinding functions of the equipment. In this sense, the above-mentioned transfer centers also belong to this type of processing equipment. However, what is referred to here generally refers to large and heavy vehicle milling composite material processing equipment, where the turning and grinding functions are equally powerful, and it can realize that the multiple surfaces being processed are in a tight and complex set of large and complex components (such as the spiral propeller, for large ships), In order to improve the accuracy of machining, equipment is used to ensure the accuracy of various surface treatments, such as the configuration of spiral blades for mutual positional accuracy, positioning holes, installation positioning surfaces, etc.
【 Before processing 】CNC programming
Zhuanxin Precision adopts dynamic milling technology, which improves the efficiency of traditional CNC rough machining by 50%. It has 8 clamping technology patents, specifically designed for fast clamping of complex products, precision products, and batch products.

【 Before processing 】Fixture and tool inspection and debugging
To do a good job, one must first sharpen one's tools. After the programming master has written the CNC machining program, the first thing the operator needs to do is to prepare the required tools in advance. Specialized and precise CNC operators will do one more thing - before processing, the flatness of the tool edge and the concentricity of the tool after it is inserted into the tool head are checked by a tool detector to control the risks brought by the tool before processing, And it eliminates the step of detecting concentricity on CNC machines, improving processing efficiency.

【 Processing 】Machine adjustment self check
After the CNC program is completed, the operator will perform a self inspection on the machine, and conduct a first inspection on the first piece of product processed in each batch to ensure accuracy before proceeding to the next program.

The precision machining accuracy is generally above 0.01~0.03mm, and the surface roughness accuracy is delivered below Ra0.3um. Soft processing; The precision of hard machining and electrical machining is generally between 0.02~0.04mm, and the surface roughness is delivered below Ra0.8um. We have multiple machining centers, including 2.0m stroke machining centers and multi axis machining centers, to meet the needs of different specifications of products and achieve stable and continuous production.