E2 Interconnection Tech Limited - E2 Interconnection

Metal Fabrication

How Sheet Metal Fabrication Works

Here's how our sheet metal fabrication solutions can help you:

Cutting

Welding

Finishing

Sheet Metal Fabrication Processes Comparison

Value-Add Hardware

Stamping

Choose materials for desired properties: aesthetics, corrosion resistance, higher strength-to-weight ratio, etc.

Remove the need for tooling with more automated prototype-to-production sheet metal fabrication solutions.

Save production costs by eliminating potential design errors that can negatively impact part maneuverability.

Increase accuracy for rapid prototypes in quantities as low as one, or for higher-volume production.

Laser, plasma, waterjet, shearing, and sawing…we combine traditional and advanced cutting methods for just about any kind of metal or alloy with a wide variety of sheet stock sizes, tolerances, thickness to ensure your design integrity.

MIG, TIG, robotic… we offer a wide range of welding processes, materials, and finishes based on your specific application, including any post processing required for your technical specifications.

Powder coating, buff polishing, sand blasting, brushing plating, and a wide selection of finishing levels available for all processes to produce targets ranging from unfinished to photo-realistic results.

We have more hardware options to alleviate your supply chain headaches, including standos, threaded inserts, threaded nuts, captive screws, pins, and more based on your supply chain requirements.

From bending and punching to progressive die-stamping, we can ensure every one of your parts meets your performance expectations — even for complex designs for mass production.

Sheet metal fabrication is a subtractive manufacturing process that creates parts from thin metal sheets. Our collaborative approach combines manual and automated processes to turn sheet stock materials into cuts, bends, and formed parts or assemblies, directly from your CAD file.

Materials include aluminum, stainless steel, cold-rolled steel and beryllium copper. Each metal or alloy is selected based on mechanical

properties, aesthetics, and performance characteristics based on part or component specifications.

Precision Metal Stamping Parts Processing

Manufacturer

- Laser Metal Cutting
- Sheet Metal Punching & Stamping
- Fastener Standing & InsertionMetal
- Sheet folding, bending and deforming
- CNC Lathing & Machining