Rapid Prototyping
Low-Volume Manufacturing
Electronic Parts Machining
Electronic components manufacturing, including semiconductor machining, requires some of the smallest and most precise machining services of any modern industry. Electronics machining also requires the responsible handling of uncontaminated raw materials such as pure silicon. Moreover, the workspace in which these products are manufactured must meet extreme cleanliness standards and be staffed by knowledgeable experts.
At AN-PROTOTYPE, we have the in-house expertise, you need when it comes to fulfilling the most demanding manufacturing and machining orders. With our team’s extensive experience handling raw materials such as silver, copper and aluminum, as well as our expertise in producing the most complex and irregularly-shaped electronics components, you get the exact products you need exactly when you need them.
HOW ARE SEMICONDUCTORS MADE? WITH MANUFACTURING EXPERTISE
Interestingly, although many metals like copper, silver and gold excel at conducting an electrical charge, semiconductors, as their name implies, are not as conductive. However, they’re capable of operating in a wide range of environments and at varying temperatures. This makes them highly mobile and therefore prized for chips found in a host of electronic devices and equipment, from desktop computers and laptops to GPS systems and iPhones.
The basic material semiconductors are made of comes from one of the most abundant elements on our planet — silicon (Si). This is found on every beach you can imagine, since it comes from sand. The silicon used in semiconductor manufacturing must be purified and heated until it forms a uniform ingot. Next, the ingot is precisely sawed into wafers, which are then etched with the intended circuit design in a clean environment.
In addition to microchips, semiconductors are also crucial to the assembly of solar battery cells, since they can transfer the absorption of light into an electrical current. And with various materials added during the manufacturing process, semiconductors can also be used to produce light in specific colors, known as light emitting diodes (LEDs). Certain lasers also owe their energy release and operational qualities to the semiconductor.
Consequently, semiconductor manufacturing is a staple for businesses in the electronics industry. And since so much rides on getting these small components packed with intellectual property produced correctly and on time, companies need to choose a manufacturer they can trust throughout every step of the process.
Reduce your risk while increasing your satisfaction. Contact us today to learn what best-in-class manufacturing is all about.
At AN-PROTOTYPE, we have the in-house expertise, you need when it comes to fulfilling the most demanding manufacturing and machining orders. With our team’s extensive experience handling raw materials such as silver, copper and aluminum, as well as our expertise in producing the most complex and irregularly-shaped electronics components, you get the exact products you need exactly when you need them.
HOW ARE SEMICONDUCTORS MADE? WITH MANUFACTURING EXPERTISE
Interestingly, although many metals like copper, silver and gold excel at conducting an electrical charge, semiconductors, as their name implies, are not as conductive. However, they’re capable of operating in a wide range of environments and at varying temperatures. This makes them highly mobile and therefore prized for chips found in a host of electronic devices and equipment, from desktop computers and laptops to GPS systems and iPhones.
The basic material semiconductors are made of comes from one of the most abundant elements on our planet — silicon (Si). This is found on every beach you can imagine, since it comes from sand. The silicon used in semiconductor manufacturing must be purified and heated until it forms a uniform ingot. Next, the ingot is precisely sawed into wafers, which are then etched with the intended circuit design in a clean environment.
In addition to microchips, semiconductors are also crucial to the assembly of solar battery cells, since they can transfer the absorption of light into an electrical current. And with various materials added during the manufacturing process, semiconductors can also be used to produce light in specific colors, known as light emitting diodes (LEDs). Certain lasers also owe their energy release and operational qualities to the semiconductor.
Consequently, semiconductor manufacturing is a staple for businesses in the electronics industry. And since so much rides on getting these small components packed with intellectual property produced correctly and on time, companies need to choose a manufacturer they can trust throughout every step of the process.
Reduce your risk while increasing your satisfaction. Contact us today to learn what best-in-class manufacturing is all about.
