This process involves applying high pressure to flat metal sheets so that they can be shaped in a specific way, as its name implies. There are many steps and techniques involved in punching, blanking, embossing, coining, flanging, piercing, and bending, just to name a few. It is necessary to use a high-speed and low-cost manufacturing process to produce a large number of identical metal components.

1. Metal Stamping Services: What Does It
Mean?
This process involves applying high pressure to flat metal sheets so that they can be shaped in a specific
way, as its name implies. There are many steps and techniques involved in punching, blanking,
embossing, coining, flanging, piercing, and bending, just to name a few. It is necessary to use a high-
speed and low-cost manufacturing process to produce a large number of identical metal components.
During the stamping process, the part can be shaped to the desired shape with the use of one single
stroke of the stamping press, or it can involve a series of stages in which progressive dies are used to
gradually shape the component. Stamping can also be used to shape other flat materials besides sheet
metal, even though sheet metal is usually used to do so.
A process known as ‘pressing’ or a cold-forming process can be used to transform flat sheet metal into a
desired part or component with the help of dies and stamping presses. Sheet metal blanks are fed into a
tool and die surface in a stamping press, which creates the necessary shape from the blanks.
Stamping refers to the process in which a manufacturer uses customized tools and stamping techniques
to produce parts that meet the specifications of their customers.
This process is used by several industries to produce identical precision parts in large quantities while
also meeting the demand for high volume production.

2. Metal stamping services with precision
Metal stamping parts manufacturer Tenral is certified to meet ISO9001 quality standards. With press
capacity ranging from 32 tons to 150 tons, as well as hydraulic presses ranging from 80 tons to 200 tons,
we provide custom commercial metal stamping solutions that include both simple and complex designs.
We produce stamping dies using advanced tool steel in-house, so we are able to deliver high-quality
products with desired tolerances. Other sheet metal fabrication tools are made in-house as well, such as
welding jigs.
Capabilities of metal stamping
To ensure that customers get the best manufacturing solution, we offer a variety of Metal Stamping
Services methods. As well as deep drawing, hydro forming, and transfer stamping, there are other
techniques within these categories, each with its own applications and advantages.
This process involves cutting pieces from a sheet of metal as part of the initial step before the form. Fine
blanking produces precise cuts with smooth edges and flat surfaces as a result of a specialized variation
of blanking. It is commonly used in aerospace and medical parts that require high precision and
accuracy. The fine blanking process produces parts with tight tolerances and minimal burrs, making it an
ideal choice for applications that require precision and quality.
During coining, large amounts of force are applied to the metal in order to form small round workpieces.
As well as shaping the metal into the desired shape, coining hardens it, ensuring a strong, durable final
product. Moreover, coining removes burrs and rough edges, resulting in a smooth and polished surface
finish. In the electronics and medical industries, coining is commonly used to produce small precision
components.
As opposed to blanking, which involves removing material to create a work piece, punching is a metal
forming process that removes material from a work piece. The process of punching involves applying
pressure and shearing the material to create a whole or other shape. The process is commonly used in
the construction, automotive, and electronics industries to produce metal parts with holes or other
specific shapes.
Metal embossing is a process for forming a three-dimensional design on metal surfaces. The design can
either be raised above the surface or created by a series of depressions. In embossing, metal is pressed
into a die with a specific design or pattern, which causes it to deform and take on the desired shape.
Decorative metal parts, such as those used in automotive, jewelry, and furniture industries, are often
produced with this technique.
Metal bending refers to the process of deforming a work piece on a single axis in order to create profiles
with U, V, or L shapes. The metal is typically pressed into or against a die by clamping one side of the
work piece and bending the other side over it. A flanging process is a variation of bending that creates
tabs and other parts of a work piece instead of the entire piece. In the construction and manufacturing
industries, this process is commonly used to produce various metal parts.

3. Using Deep Draw Stamping, metals can be formed with deep cavities, such as enclosed rectangles. As
the metal undergoes extreme deformation, its structure is compressed into a more crystalline state,
resulting in rigid pieces. A shallower die is used in this process to shape the metal into the desired shape.
In addition to deep draw stamping, standard draw stamping is also widely used.
With progressive die stamping, parts are created with greater depth than what can be achieved by using
single dies alone by utilizing multiple dies and steps. In addition, it is well suited to produce large, high-
volume parts, such as those in the automotive industry, since it allows multiple geometries to be
created as the part progresses through various dies. Similar to progressive die stamping, transfer die
stamping involves attaching the work piece to a metal strip that is pulled through the entire process,
whereas progressive die stamping involves removing it and moving it along a conveyor.