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    • 08-06-2010

      Italy: Incoming press delegation

    • 15-05-2010

      Italy: Norms - Technological state-of-the-art

    • 15-04-2010

      Switzerland:first Goldeneye-702 installed

    • 29-03-2010

      Austria: MiCROTEC Linz moves!

    • 01-03-2010

      Earthquake in Chile

    • 23-02-2010

      Victor Vasarely: OPTIC ART at the Gallery of Arts in Bressanone

        
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    • Moscow: September 27th-October 1st, 2010

      Russia: Lesdrevmash 2010

    • Gothenburg: August, 24th-27th, 2010

      Sweden: Trä & Tekna 2010

    • Atlanta: August, 25th-28th, 2010

      USA: International Woodworking Fair 2010

    • Klagenfurt: August, 26th-29th, 2010

      Austria: 51. Internationale Holzmesse 2010

    • Melbourne: July, 26th-27th, 2010

      Australia: ScanTECH 2010

        
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Worldwide technological leader in wood measuring and recovery
Products, Solutions and Systems for the log & merchandizing yard
The perfectly optimized cut view for your logs and boards
Products, Solutions and Systems for optimized green & dry sorting
Products, Solution and Systems for optimized secondary manufacturing
  • MiCROTEC in history
  • 1980-1989
  • 1990-1999
  • 2000-2009

MiCROTEC in history

MiCROTEC was founded on 20th March 1980 by Paul Durst, Hansjörg Thaler and Federico Giudiceandrea. The first headquarters were 3 rooms in the Thaler sawing plant administration building in Brixen, Italy.

As early as May, MiCROTEC presented its microprocessor-based technology at the Interbimal fair in Milan and got its first order through the Damiani company for a board measuring system for batch image control. This system was in use until 2002 and was then replaced by MiCROTEC’s UNIPAC controller.
Again in the first year, the company took on its first employee, the electronics expert Lorenzo Castagnaro, who still plays an important role at MiCROTEC today. Soon afterwards, Silvio Danuser was engaged as an external adviser for software development.

In the first year MiCROTEC also developed systems for colour recognition and weight measurement of fruit. The colour sensor developed by MiCROTEC was a standard for the colour recognition of fruit for years. 
For Prinoth MiCROTEC developed the first drive-by-wire steering column in the world for tracked vehicles.
In 1982 Paul Durst had a fatal accident while returning from a customer. For a while MiCROTEC lost its direction, and it was only possible to overcome this thanks to the will for success of all those involved. Silvio Danuser then stepped in to become a partner of the company.

In 1984 MiCROTEC had to face its second loss when Hansjörg Thaler left the company. In the same year MiCROTEC moved into new office premises with combined workshops in the south of Brixen.
After this short period, MiCROTEC was already known beyond the borders of South Tyrol and had customers in several countries.
In 1987 MiCROTEC bought some land and began to build its own plant which the then 15 employees moved into in 1990. Thanks to the generous amount of room, the business received a further boost and its rate of growth accelerated. In just two years, the number of staff mushroomed to reach 50. 
 
The collaboration with the Springer machine factory stipulated in 1983 was then extended and developed into a strategic cooperation which came the full circle in 2000 with Springer’s participation in MiCROTEC. Together they develope and build high performance sorting systems for log and boards Europe-wide.
In 1998 MiCROTEC became the majority shareholder  of the spin-off  "SeeLab" out of a development project by professors Ruggero Frezza and Pietro Perona on the topic of image processing at the University of Padua. Today MiCROTEC BiOVISION is located in Mestre near Venice. In the same year Prof. Perona was called to chair the world-famous John Moore Laboratory of Caltech image processing in Pasadena.
The sawmill automation department of the Keba company taken over in 1999 was to become MiCROTEC’s Austrian subsidiary in Linz.

In 2001 the expansion led to the purchase of a further company building near the headquarters.

In 2002 MiCROTEC took over Grecon’s "Scantec" strength sorting department in Allfeld/D. 
 
2008 on the 3rd July the subsidiary company MiCROTEC INDUSTRIES North America was founded.  


1980-1989

1980
Introduction of the microprocessor (Intel 8080) for numeric process control

1981 
First introduction of a personal computer (Apple II) for numeric process control

1982
Development and introduction of multiplex infrared technology to create fine definition light grids

1983
Integration of all controlling components such as microprocessors, ROMs and monitor and keyboard drives on a single electronic card (Microvic = Microtec Video Interface Controller)

1985
Introduction of the world’s first laser light cutting technique for 3D reconstruction of the wood’s surface

1989
Introduction of the graphic user interface and the mouse (Atari)


1990-1999

1990
Development of real-time software driver units for plant control with MS-Windows 3.1

1992
Completion of the Video DSP image processing computer based on the parallel calculation process using transputer networks (Texas Instruments C40)

1994
Development of the first scanner for detection of faults on the wood surface

1995
Introduction of x-ray technology to support the image process in recognising knots (Goldeneye)

1996
Development of a high speed image recording system, SHAPE, with up to 400 images/sec. and installation in the laser light triangulaton technique for measuring the full profile of log wood in the high performance sorting system 

1997
Development and introduction of the laser scattering effect (trochoid effect) to recognise faults in the wood by using the characteristics of the wood’s fibre direction

1999
Introduction of the first no-touch board strength sorting system (Golden Eye 80/1) which combines x-ray technology with neuronal networks


2000-2009

2001
First tests with x-ray computer tomography and development of Tomolog to recognise the inner features of the wood thanks to multiple x-ray projections

2004
First attempt with x-ray computer tomography and development of Tomolog to recognise the inner features of the wood thanks to multiple x-ray projections

Development of QSCAN, the ready calibrated measurement module, the first quality scanner that use the laser scattering process in cross feed

2005
Presentation of IDiSCAN to trace the board at any point thanks to its optical finger print

2007 
LOGEYE - Presentation of the new multisensor system at Ligna Fair in Hannover

2008 
CT.LOG Developement of a Prototype of a tomograph for round timber  for the use in sawmills

2009 
Presentation at Ligna show in Hannover: GOLDENEYE 500 - a compact and high technological
quality scanner which has been developed for the requests of produces of wood components and industrial carpenters.

GOLDENEYE 900 - high-tech quality scanner in transversal feeding for the optimization of value for green sorting. The system allows an individual quality sorting and is an indispensable partner for the sawmill industry.


 
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T +39 0472 273 611  -  F +39 0472 273 711  -  info@microtec.eu  -  MwSt.-Nr. IT 00618880215
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