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Cutting, bending, welding and assembly processes.
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Hot-dip galvanizing immerses steel in molten zinc, forming a thick (80–100µm) metallurgical bond ideal for harsh outdoor exposure. Electro-galvanizing electrically deposits a thin (10–12µm), uniform zinc layer, preserving tight machining tolerances and yielding a smooth finish strictly for indoor, low-corrosion environments.
Boring enlarges a hole that has already been created by drilling. A rotating drill bit is used to create a hole in the material. Boring uses a single-point cutting tool to extend an existing drilled or cast-in hole.
CNC machining tolerances are the allowable deviations from the specified dimensions of a part. They define the range within which the actual measurements of a part can vary while still being acceptable. Tolerances ensure that parts fit together correctly and function as intended, maintaining the quality and reliability of the final product.
The 2B finish on stainless steel is widely used. The 2B finish is smooth, reflective, and grayish. Cold rolling steel is obtained from this finish, followed closely by heat treatment and pickling. Then, a light roll using highly polished rollers is used to achieve the desired result. This finish is uniform and consistent, making it ideal for various applications.
GMAW aluminum welds offer a unique combination of speed and precision. This makes it ideal for projects requiring durability and fine details. This method is unique in its ability to weld aluminum efficiently and overcome challenges such as high thermal conductivity or susceptibility to warping.
Casting stainless steel is done in several ways, all tailored to specific requirements and complexity. Investment, die, and sand casting are the most common methods. Each method has a different approach to solidifying and molding the metal to meet tolerances and finishes.
The plasma welding process is similar to TIG, but there is a significant difference: the plasma torch. The plasma torch creates a scorching plasma capable of precisely melting metals. This produces stronger and cleaner welds, which are highly appreciated in industries that require meticulous assembly.
Horizontal milling provides superb efficiency for projects involving heavy materials or large batches. The setup allows simultaneous processing with multiple cutters, reducing overall production time. Conversely, vertical milling is ideal for detailed and precise work on smaller parts, thanks to its ability to handle complex tasks with greater detail.
Roughing is the first phase of machining, where the main goal is to remove large amounts of material from a workpiece as quickly as possible. This stage is not about achieving a perfect finish or exact dimensions but rapidly shaping the workpiece to a rough approximation of the final form. On the other hand, finishing is the subsequent phase, where the focus shifts to achieving precise dimensions, tighter tolerances, and a smoother surface finish.
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