I. Definition:
The production process involves blending technique with creativity. By utilizing specialized machinery and fundamental principles, materials are manipulated to create products with precise shapes and sizes.
II. Methods:
The Cold Method:
This technique encompasses cold methods such as forging, hot stamping, cold stamping, rolling, and pressing. One key downside of this method is that the initial product created by the new owner is rough. Additional processing steps are required to refine the product to its final form.
Cutting Method:
The cutting process is a critical stage that significantly influences the quality of the final product. Various machining techniques like sawing, milling, planing, and drilling are employed during this phase. Each product undergoes meticulous processing to guarantee precise dimensions and shapes. Stringent standards are adhered to throughout this phase to uphold the utmost quality standards for the end product.
Electrochemical Techniques:
These fabrication methods are a significant upgrade from traditional approaches. They are particularly effective for handling materials that are challenging to work with using conventional methods. Due to its resistance to corrosion and suitability for intricate tasks, this method is widely adopted in various industries.
Thermoelectric Technique:
This technique involves machining through electric pulse, electric pulse wire cutting, electric pulse welding, electron current, laser, and Plasma. One of the key benefits of this technique is its independence from the physical properties of the material, allowing it to be used on both hard and soft materials. The core principle behind this fabrication method is a thermal process that targets the elimination of heat-affected parts.
Chemical Method:
Photochemistry, milling, and other techniques are commonly used in production due to their cost-effectiveness. These methods involve separating materials through chemical processes, which helps safeguard the material’s surface and minimize potential damage in case of processing errors.
Mechanical Method:
This fabrication method encompasses abrasive jet machining, abrasive flow machining, water jet fabrication, combining water jet with abrasive grain, and ultrasonic techniques. It is employed for processing materials with high hardness such as ceramics, glass, composites, and metals.
III. Applications:
IV. Conclusion:
Fabrication processing is a promising industry that plays a vital role in the economic development of the country. Opting for a reputable facility ensures the production of high-quality products that adhere to standards. Let us, Viet Han Engineering support you in crafting flawless end products.
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