ANDUS-History ~ Over 45 years PCBs from Berlin-Kreuzberg
2015 | 2014 | |
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Matthias Cordes takes a new task in another company. Lutz Treutler is managing director again. |
ANDUS developed its own IMS PCB material "ZeroGap" to cool small high-power LEDs at high ambient temperatures. | ANDUS qualified a new PureGold surface for conductor paths and pads, that must withstand corrosive environments and where the surrounding media must not be contaminated with metal ions. |
2013 | ||
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The ANDUS website goes online with a new link structure and navigation as well as a new developer platform. | ANDUS qualified a manufacturing process for ultra-long flexible printed circuit boards up to 5 m length for aerospace applications. | Matthias Cordes is additional managing director. |
2012 | 2010 | 2009 | |
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ANDUS invested in a thermal simulation software TRM from ADAM Research. Introduction of a new plasma process for high-frequency printed circuit boards. ANDUS takes a wastewater treatment plant of the latest ecological standards in operation. |
ANDUS qualified inlay boards in X-Cool technology. The Electroless Nickel/ Immersion Gold (ENIG) plant is released. |
The ANDUS technology CD goes online. ANDUS is A-supplier by a airplane outfitter. The product range will be expanded to backplanes and other PCBs to 5 mm thickness. |
A new alkaline etching line is put into operation. ANDUS passes the quality audit of the new ISO 9001:2008 standard. |
2008 | ||||
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ANDUS qualified a new process for copper filled microvias. | With the introduction of LDI process ANDUS joins the 2mil technology. | The ANDUS website goes online with a new design. | ANDUS invests in a new high-resolution AOI device. |
Due to increased technology consulting services, ANDUS changes to direct distribution. |
2004 | 2002 | 2001 | 2000 |
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The new DIN EN ISO 9001:2000 certificate replaces earlier versions. | Intensive research into thermal management is begun. | An impedance meter for recorded impedances is taken into operation. | ANDUS increases its investment in flex and rigid-flex technology. An 8-layer flex is delivered. |
1996 | 1995 | 1993 | 1992 | 1983 |
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ANDUS goes online. Installation of an additional laser plotter. First production of multilayer with 24 layers. |
ANDUS obtains the DIN EN ISO 9002:1994 certificate. | The first microvia is produced, at that time still using photovia technology. | First order using iceberg technology. | The first rigid-flex PCB is delivered. |
1982 | 1980 | 1979 | 1978 | 1974 |
ANDUS obtains UL approval for a first type of PCB. | A connection via modem is available to transfer PCB data, even if there is hardly any customer at that time who is able to use this equipment. | The first laser plotter for photo masks is taken into operation. | The first multilayer PCB is produced. | The first issue of the information flyer INFORMANDUS is published. |
1972 | 1969 | |||
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ANDUS installed the first Geagraf model by AEG worldwide. With the help of this punch tape technology, masters are digitalised manually. | The number of employees increases steadily. Use of blue/red technology for double-sided printed boards: generation of the films from a multi-coloured master using colour filters. |
Single-sided and double-sided printed boards with photo masters using adhesive technology and drill templates define the initial technology. | Right from the beginning, it is ANDUS philosophy to manufacture high-quality prototypes using all available technologies. ANDUS introduces the express system. |
Klaus Czycholl (right) founded with Lutz Treutler (left) in Berlin the PCB manufacturer, which is ANDUS later. First printed circuit boards are produced with self-made and very simple equipment. |