5 predominant methods are employed to create aluminum prototypes: CNC Machining, 3D Printing, Die Casting, Aluminum Extrusion, and Sheet Metal Fabrication. Each method offers unique benefits and is chosen based on the prototype’s complexity, desired precision, and production volume.

Comparing alloy steel with carbon steel is a matter of comparing their properties and composition. The varied alloy steel elements make it more versatile and offer improved corrosion resistance. Carbon steel is a more straightforward composition that excels at strength and cost-effectiveness for specific applications.

Bend compensation refers to the adjustments made during the bending process of sheet metal to account for the material’s stretching and compression. It involves the understanding that, during bending, the length on the outside of the bend line increases relatively while the length on the inside decreases. Bend compensation is essential to ensure the metal sheet achieves the desired dimensions and shape after bending.

The On-Demand Manufacturing model is a production method that produces goods according to the actual demand. Digital technologies and advanced production techniques can help realize this model to meet customers’ demands for custom-made products and rapid delivery. On-demand production helps reduce inventory costs, increase production efficiency, and better meet market demand.

Making a sheet metal bracket involves a series of steps: selecting the appropriate metal, accurately measuring and marking your design, cutting the metal, bending it into the desired shape, and finally, finishing and installing it. While this process demands precision, you can accomplish it with essential tools and some know-how.

Tolerance stacking is the accumulation of dimensional deviations in mechanical assemblies due to manufacturing and assembly process uncertainties. This can hurt the performance and function of the assembly. Managing tolerance stacking during the design and production processes is essential to ensure the final product’s quality and performance.

Ever wondered how precision metal parts get shaped perfectly every time? It’s a concept I deal with daily as the technical director of Shengen, ensuring

Have you ever wondered how the metal components that make your gadgets look sleek and precise are manufactured? The art of sheet metal form is

Have you ever wondered how to countersink a hole in metal perfectly? It’s a skill worth mastering for any DIY enthusiast or professional. You know,

Shengen is a world of innovation and precision. We dedicate ourselves to providing the best sheet metal fabrication service. As the technical director at Shengen, I

Today, I want to talk with everyone about a topic crucial to our sheet metal manufacturing industry: sheet metal tolerances. In our daily work, the

Have you ever pondered the creation of intricate and complex brass parts? This is a fascinating process that combines engineering precision with art. Our brass

We are pleased to welcome you to Shengen’s blog, where we explore the intricacies and processes of manufacturing to help you achieve precision and quality

Brass is a popular material in many industries. Its gold-like appearance, its remarkable properties, and its use for artistic purposes have made it a favorite.

Metal fabrication involves a complex process of transforming flat metal sheets into the desired shapes and dimensions. Sheet metal shearing is a crucial procedure in

As an experienced player in the metal fabrication industry, partners, stakeholders, and clients often ask me questions about various processes. Aluminum heat treatment is one