Where even the smallest circuit counts for everything.
Chip bonding and inspection in the aerospace industry.
HIGH SENSITIVITY ON WHEN IT COMES TO SECURITY.
The aerospace industry is one of those sectors that can justifiably be described as very sensitive in terms of precision and quality. Not because less attention is paid to accuracy or perfection elsewhere. After all, industrial products always have to be good to very good, if they want to find a market. In the not quite so broad field of highly sensitive investment markets, however, other laws prevail.
HIGHEST DEMANDS ON THE TECHNOLOGY.
If we take a closer look at the aerospace industry, it is safe to say, that with electronic products in general, and with miniaturized circuits in particular, not only the highest precision is required, but also an increase thereof. The implications of this are clear to anyone who has an idea of the failure of a microcircuit in combination with end products from this industry. Industrial automation systems, such as those offered by AMADYNE, have to meet the toughest requirements. And they do.
An excellent microelectronics automation system has to deliver a lot in this regard.
Where is the best place to start? When referring to the producer and the way, we mean the way he defines himself. AMADYNE does this in its philosophy, its mission and vision. Committed to the customer. And that in a special way.
AMADYNE builds automation systems that have to withstand particularly tough tests. How we designed and realized the framework conditions of our systems and what this means for your industry, you will learn here.
THE GENERAL PRODUCT QUALITY.
A look inside the machine shows the complex working field. Here, in the smallest of spaces, processes are carried out with micrometer-precision. This is where highest precision prevails. Quality is born here. You will find more information here.
THE SAFETY ASPECTS.
When microchips are further processed – within the different assembly processes – safety considerations are at the top of the list. How are damaged components automatically detected? How are they automatically excluded from production? Answers to these questions can be found here.
Which options do the systems provide? How do our three products – emu, catAP and fab1 – differ from each other? Which system suits which of your applications? These answers can be found here.
AMADYNE software is entirely produced in-house. It was created in our development laboratory and forms the basis for the specific control of special systems – ideally suited to your application. What aspects may be of interest to you, you can find out here.
Benefit from our excellent know-how and the way we support precision in sensitive industrial areas: You will find more information here.
Quality pays off.