OEM Precision Sheet Metal Parts – Laser Cut, CNC Bent & Welded

OEM Precision Sheet Metal Parts – Laser Cut, CNC Bent & Welded

In a bright, humming workshop, a razor‑sharp laser slices elegant, intricate shapes from flat metal, like an artist sketching the first lines of a masterpiece. Skilled CNC bending machines and expert welders then fold, align, and fuse each piece with machine‑perfect angles and artisan care—sparks dancing like tiny comets as tolerances lock to the smallest measure. The finished OEM parts arrive ready to slot into your product: custom, rugged, and exact, the quiet backbone that makes complex assemblies perform flawlessly.

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. 

Products Details

Product features

OEM precision sheet metal parts are manufactured through laser cutting, CNC bending, rolling and a range of welding techniques (fiber laser, spot, argon arc and automatic welding) to achieve tight tolerances, varied thicknesses and surface finishes such as powder coating and 8K mirror polishing. These processes deliver cost-effective, high-quality enclosures, brackets and structural assemblies suitable for prototypes, small-batch or mass production, supported by factory-direct pricing, professional quality control and typical sample lead times of 1–15 days. The formed bends, welded joints and precision-cut features produce strong, lightweight geometries that integrate mounting, splicing (welding, riveting, threaded) and surface treatments to meet functional, aesthetic and assembly requirements.

We serve

We serve OEMs and designers with precision sheet metal fabrication: laser cutting, CNC bending, welding and finishing for steel, stainless, and aluminum. Our core strengths are tight tolerances, repeatable quality, and scalable production from prototyping to mass runs. Value-driven services include rapid quoting, DFM feedback, custom finishes, assembly, and on-time global logistics. We ensure quality through inspection, material traceability, and compliance with industry standards. Flexible minimums, competitive pricing, and engineering support shorten development cycles and lower total cost. Partner with us for reliable, high-performance components that integrate seamlessly into your products and supply chain for long-term manufacturing partnerships worldwide today.

Enterprise core strength

We serve OEMs, engineers, and product designers with precision sheet-metal components manufactured by laser cutting, CNC bending, and expert welding. Our core attributes include tight tolerances, superior material selection (stainless steel, aluminum, carbon steel), and consistent finishes. Value-driven services include rapid prototyping, scalable production, assembly and custom finishing, competitive pricing, and on-time logistics. We ensure quality through ISO-standard inspection, CAD/CAM integration, and responsive engineering support for DFM and material optimization. Whether low-volume prototypes or high-volume runs, we deliver reliable, repeatable parts that reduce time-to-market and total cost of ownership while protecting IP through secure handling and NDAs, and long-term partnerships.

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.


Company Advantages

01
Injection Molding: Can Process Hundreds Of Materials
02
Bergek is good at making prototypes, small-batch, or mass-production customized CNC machined parts, Come to get instant quotes on metal and plastic machined parts.
03
Cnc Machining: Not Only Offers Metals And Plastics But Also Flexible Production

Frequently Asked Questions about sheet metal parts

Q:

How do you guarantee quality?        

A:

We have a professional quality control department to ensure quality.

Q:

What's different about anodizing?        

A:

Transparent anodic oxidation/natural anodic oxidation/colorless anodic oxidation is the same meaning.

Q:

Why is aluminum cheaper than stainless steel for some products?        

A:

For products that require CNC machining, aluminum may be cheaper than steel because it is easier to process than steel.

Q:

The thickness of the two products is different, but the sample fee is the same.        

A:

The main influencing factor of sample cost is the process, the material only accounts for a small part, the process of the two products is the same, the size is the same, but the thickness is not the same, and the price is basically the same if the product size difference is large, the process is not the same or more process, then the sample cost is high.

Q:

How long can I get the sample?        

A:

Depending on your specific items, within 1-15 days is required generally. Get the exact delivery date


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