Application Fields of OEM Metal Stamping Parts
OEM metal stamping parts are used in a variety of industries. These include automotive, aerospace, electronics, and medical.
Parts that are produced by this fabrication process must be precise to meet specific industry standards. They must also be durable.
Automotive
Many automotive applications use OEM metal stamping parts. They can be found in bumpers and door rings on cars as well as roof rails and trucks' chassis.
Parts for automotive use might need to withstand extreme temperatures, as well as chemicals for Cylinder Head. They may also need to resist corrosion.
These components are durable and can help reduce vehicle weight and improve vehicle performance. For example, hot stamping transforms steels from one chemistry to another to allow them to be shaped into extremely thin and strong pieces.
Although the process is straightforward, it takes a lot of planning and experience to ensure consistent quality products. A successful metal stamped part production run requires professional operators, the right tooling and quality control.
Aerospace
Metal stamping is essential to produce a wide range of products that are used in many industries, including aerospace. This technology is used by OEMs to produce components with high precision and different geometries.
Metal parts are essential for aircraft safety and performance in the aerospace industry. They are used in many critical components, including fuel and oxygen sensors and lighting systems.
The material chosen for a metal stamped part is an important factor in its quality, based on its metallurgical characteristics. For example, certain types of metals can only withstand a specific amount of bending before splitting or cracking.
The metal must also be able to withstand the high temperatures and pressures that are associated with the aerospace industry. Metals such as stainless steel, nickel and titanium are ideal options for this type of application.
image source https://www.pinterest.ph/
Electronics
Stamping is a method of fabricating metal using a specialized tool. The die is typically made of hardened steel and is precision-machined to match the desired shape of the finished part with mechanical parts.
The die is then placed in a metal stamping machine, which applies pressure to the die and forms it. The process can be repeated to produce additional parts as needed.
Progressive die stamping is a popular option for producing precision metal components. It involves a metal strip moving through several stamping stations performing different cut, bend and punch operations with each stroke.
Besides its repeatability, this process is also a great way to create complex metal components. It's particularly valuable for companies making components that need to be manufactured quickly.
Medical
In the field of healthcare, precision and quality are non-negotiable. A single defect can make the difference between life or death, whether it's a medical device or surgical instrument.
Metal stamped medical components are essential to today's cutting-edge technology. They ensure that they work as intended at all times. At ESI, we built our processes from sourcing to quality assurance to meet these requirements without fail.
Stainless steel is a common material in the manufacturing of metal stampings for medical devices. It is strong, corrosion resistant, chemical inertness and biocompatibility.
Other alloys used in medical components include titanium and aluminum. Because titanium is resistant to corrosive environments, it can connect to human bone and tissue (known Osseointegration), and there is very little risk of it being rejected.
image source https://www.pinterest.ph/
Hospitality & Food Service
Hospitality can be described as a broad range of jobs that includes lodging with Precision Investment Casting, restaurants and amusement parks. It is a huge industry that employs thousands of people all over the world and is one of the fastest growing sectors of the economy.
OEM metal stamping parts can be applied in the hospitality and food service fields. These types of products offer speed, minimal waste, quick setup, repeatability, versatility in materials and stamping techniques, and lower costs per part.
No comments yet