OEM sheet metal fabrication and manufacturing process: OEM sheet metal processing starts with metal cutting steps, and engineers will use different tools to make unique shapes. From notches and lasers to saws and shears, we can create metal products of any shape and size. The next step is for us to use pressure to form metal on machines that perform rolling and pressing.
As experienced welding parts suppliers, this OEM custom sheet metal fabrication service combines advanced processes like laser cutting, CNC bending, and precision welding techniques—including seamless and argon arc welding—to deliver highly accurate and durable metal components tailored to customer specifications. The product’s core attributes include versatility in shaping and thickness, enhanced structural integrity through pressure forming, and reliable assembly via various joining methods such as welding and riveting. Its value lies in comprehensive quality control, flexible manufacturing capacity from prototypes to mass production, and the integration of high-precision CNC systems that ensure consistent performance and superior surface finishing.
Our team strength lies in a group of highly skilled engineers and technicians specializing in OEM custom sheet metal fabrication and precision welding. With years of industry experience, our experts ensure superior craftsmanship, strict quality control, and innovative problem-solving. Equipped with advanced machinery and cutting-edge technology, we deliver precise, reliable parts tailored to your specifications. Our collaborative approach emphasizes efficiency, consistency, and responsiveness, enabling us to meet tight deadlines without compromising quality. This dedicated team-driven commitment guarantees exceptional product performance and long-term value, making us your trusted partner for all custom sheet metal and welding needs.
Our team combines extensive expertise in OEM custom sheet metal fabrication and precision welding to deliver exceptional quality and reliability. With skilled engineers and experienced technicians, we ensure every component meets strict industry standards and customer specifications. Our collaborative approach fosters innovation, enabling us to handle complex projects with efficiency and precision. Committed to continuous training and advanced technology adoption, our team strengthens product performance and durability. This dedication empowers us to provide tailored solutions, on-time delivery, and consistent support, making us a trusted partner for clients seeking superior manufacturing capabilities and unmatched craftsmanship in sheet metal fabrication and welding.
OEM sheet metal fabrication and manufacturing process: OEM sheet metal processing starts with metal cutting steps, and engineers will use different tools to make unique shapes. From notches and lasers to saws and shears, we can create metal products of any shape and size. The next step is for us to use pressure to form metal on machines that perform rolling and pressing. Here, we can make metals of various thicknesses, increase the functional attributes of products, and assemble links. Sheet metal engineers assemble and connect metals through welding to prepare final OEM products. The manufacturing process includes laser cutting, bending, blade/sandwich, welding, powder coating, and grinding.
Bergek sheet metal fabrication method:
Optical fiber laser welding, high-power welding, automatic welding, seamless welding, argon arc welding, spot welding, segment welding, and continuous welding are supplemented. Combined with sheet metal processing, CNC rolling, Japan AMADA CNC bending processing, 3000-watt German Tongkuai laser cutting, and surface 8K mirror polishing.
Advantages of OEM sheet metal fabrication:
1. Many years of technical experience in OEM processing
2. From the perspective of customers, complete customer tasks with high standards
3. Precision machining of various CNC systems
4. Factory direct sales and guaranteed product quality
The manual forming of sheet metal workpieces is mainly completed by using simple tire shapes, molds, and various fixtures. Manual forming mainly adopts the following methods: bending, edge setting, edge closing, edge pulling, arch, curling, weld correction, etc.
Splicing method of sheet metal fabrication parts: the main worker of sheet metal splicing adopts welding, threaded connection, and riveting. The common splicing methods include welding, threaded connection, and riveting.
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