Oerlikon Balzers : the pioneer of PVD coating
Milestones in the company's history
2010

First coating centre in Russia-located in Elektrostal near Moscow-starts production in March.

Introduction of BALINIT® ALCRONA PRO and ALNOVA.

2009

Opening of 5th coating centre in Japan, 5th coating centre in India and 7th coating centre in China.

2008

New coatingsystem INNOVA installed in Luxembourg and the Netherlands.

2007

Introduction of BALINIT® ALDURA, novel coating with dual structure for machining hardened steels. First coating centres in Romania and Turkey.

2006

With September 2006 Balzers is called Oerlikon Balzers  and commits to its hundred years of industrial history and the traditional strenghts of the Oerlikon corporation.

2005

Introduction of the second aluminium chromium based coating of "Generation 6": BALINIT® HELICA.
New coating system RS 90 for high volume coating.
First coating centres in Argentina and Canada.
Introduction of superior BALINIT® carbon coatings: BALINIT® DLC STAR

Second expansion of the coating centre in Sint-Truiden (B)

2004
Introduction of the first aluminium chromium nitride coating of ”Generation 6”:
BALINIT® ALCRONA.
First coating centres in China and Hungary.
The Balzers Coating Guide for forming tools is published.
2003

The Balzers Coating Guide for cutting tools is published.
Introduction of ”Generation 6“, a new coating generation. Balzers celebrates 25 years of BALINIT®.
First coating centres in Poland, Portugal.

Third coating centre in the Benelux: Tiel (Netherlands)

2002
Introduction of the BALINIT® X.CEED titanium aluminium nitride coating.
Introduction of the BALINIT® CNI chromium nitride coating.
2001

Introduction of BALINIT® FUTURA NANO, the first nano-structured coating .
Second coating centre in the Benelux: Niedercorn (Luxembourg).

This centre will be the production centre for BALINIT®DIAMOND coating for Balzers Worldwide. 

2000

BALINIT®-coated components in the world's first mass-production 3-litre car (VW Lupo 3L TDI).
Introduction of the BALINIT® DLC carbon coating.
Oerlikon-Bührle Holding changes its name to "Unaxis".

Start of BALINIT®C (WC/C) production in Sint-Truiden (B)

1999

First coating centres in Austria, Singapore and Mexico.

Investment in a new technology in Sint-Truiden (B): BAI-1200

1998

Introduction of the BALINIT® HARDLUBE hybrid coating.
First coating centre in Brazil.

Expansion of the coating centre in Sint-Truiden (B) for Mould Technology.

1997
Introduction of the BALINIT® DIAMOND coating.
1996
The new TiAlN coatings BALINIT® FUTURA and BALINIT® X.TREME make dry and hard machining possible.
First coating centre in Korea and Switzerland.
1994

First coating centre in India

Start of Pick-Up service in the Benelux

1992
First coating centre in the Benelux: Sint-Truiden (Belgium)
Oerlikon Balzers Coating converts to CFC-free, ultrasonic cleaning.
1991
Introduction of the BALINIT® C (WC/C) carbon coating.
1988
First coating centre in Sweden.
1987

First coating centre in Japan.
Introduction of the BALINIT® B titanium carbon nitride coating.

Start-up of a sales office for BALINIT®coatings in the Benelux: Brussels

1986
First coating centre in France.
1985
The first application of coatings to precision components.
First coating centre in Great Britain.
1984
First coating centres in Germany, Spain and the USA.
1983
First coating centre in Italy.
1980
Twist drills coated by Balzers are shown for the first time at an exhibition in Germany.
1978
On 1 September, the official go-ahead was given for the development and marketing of PVD hard coatings for tools with BALINIT® A.
1977
First trials of TiN-coated forming tools are successful
(service life increased by a factor of 4).
1976
Oerlikon-Bührle Holding AG becomes the company's sole proprietor.
1974
Balzers decides to develop scratch-proof gold-coloured PVD coatings for the watch industry.
1946
With the support of Prince Franz Josef II and Swiss industrialist Emil Georg Bührle, Professor Max Auwärter founded Gerätebauanstalt Balzers. The objective was to make the then largely unknown and little-researched vacuum thin-film technology useable on an industrial scale. Since no systems and equipment for the production of thin-film coatings were available at the time, the company developed and produced them in-house. The first popular applications were sun protection and anti-reflection coatings for ophthalmic lenses, anti-reflection coatings for camera lenses, optical filters and reflectors and thin films for electronic applications.
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