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2021-11
Factors Affecting Mechanical Processing Safety
With China's rapid economic development, mechanical processing has become a critical component of today's industrial production. However, current mechanical processing still faces numerous factors that compromise operational safety. So, what exactly are the factors that affect the safety of mechanical processing?
2021-11
Can precision machining process any material?
In today's highly cross-industrial integration of the Industrial Internet, robotics, automation, intelligent sensing devices, IT systems, and data processing, this technology will be widely adopted across manufacturing and the machinery industry. With the advent of the Industrial Internet, every stage of a product—from R&D and procurement to manufacturing, commissioning, sales, service, and even corporate finance—will become fully visible, timely, and controllable. Meanwhile, the advancement of mobile devices is making decision-making and authorization processes far more dynamic and spatially flexible, enabling employees to work anytime and from anywhere—turning the office into a truly mobile, on-the-go reality.
2021-11
Process benchmarks and conditions for precision machining of mechanical components
The process of part machining involves directly altering the appearance of raw materials to transform them into semi-finished or finished products—this process is known as the manufacturing workflow, which serves as the benchmark for both general part machining and precision mechanical component fabrication. Notably, this process is inherently more complex.
2021-11
7 Major Advantages of Precision Machining with CNC Machines
As digitalization and informatization continue to advance, CNC machine tools are increasingly being integrated into various industries. In the busbar machinery sector, you’ll find CNC three-position busbar processing machines, CNC busbar punching and shearing machines, CNC busbar bending machines, CNC busbar chamfering machines, and CNC copper bar processing machines—among other advanced CNC busbar processing equipment.
2021-11
What are the structural features of high-precision machine tools?
To achieve highly precise cutting motions, motion control in high-precision machine tool machining typically relies on advanced functional components.
2021-11
Overview of Mechanical Machining
The production process refers to the entire sequence of activities that transforms raw materials into finished products. It encompasses the preparation, transportation, and storage of raw materials, as well as production planning, the creation of semi-finished components, and the subsequent machining and heat treatment of these components to turn them into individual parts. These parts and assemblies are then assembled into the final product, followed by quality inspections, operational testing, and adjustments. Finally, the machinery undergoes painting and packaging before being ready for delivery.
2021-11
Mechanical Machining | Basic Knowledge
Parts are composed of multiple surfaces, each with specific dimensional and positional requirements relative to the others. The relative positioning of these surfaces involves two key aspects: dimensional accuracy in terms of distance between surfaces, and geometric accuracy in terms of their mutual orientation (such as coaxiality, parallelism, perpendicularity, and circular runout). Understanding the relationships between part surfaces is inseparable from establishing a reference point—without a clearly defined datum, it’s impossible to determine the exact location of any surface on the part. In its most general sense, a datum refers to the reference point, line, or plane on a part that serves as the basis for defining the positions of other features, such as points, lines, or additional surfaces. Depending on their function, datums can be broadly categorized into two main types: design datums and manufacturing datums.
2021-11
Mold components in precision machining
Mold accessories refer to the general term for metal components specifically used in the mold industry—whether for stamping dies, plastic molds, or FA automation equipment. Dongguan Shilihe Mechanical & Electrical Equipment Co., Ltd. specializes in the precision machining of tooling fixtures and custom-made precision parts based on customer-provided drawings, positioning itself as a leader in Dongguan’s precision machinery processing sector. Among mold accessory inserts, which products does Shilihe offer with particularly strong expertise?
2021-11
What conditions are required for precision machining?
1. From a hardware perspective, machining mechanical parts involves a wide range of equipment, such as lathes, milling machines, planers, grinders, broaching machines, and machining centers. Each type of machine has its own inherent precision level, so achieving high-precision machining depends on selecting the appropriate process route and equipment based on the required accuracy of your part. 2. From a software standpoint, it comes down to the skills of the operators—specifically, their proficiency in handling various types of machinery. These skills include a deep understanding of the equipment, expertise in mechanical processes, and insight into the materials being machined. Such competencies are gradually developed through daily work experience. Ultimately, operator skill is all about hands-on practice, though a solid grasp of theoretical knowledge is equally essential.
2021-11
Precision machining is a type of mechanical processing—a technique used to achieve the geometric tolerances specified on blueprints. During this process, the workpiece undergoes certain changes in both its performance characteristics and overall shape.
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