21.09.2012 • News

Basler: Camera Production in Germany Expanded

Basler has expanded its camera production at the company headquarters in Ahrensburg, Germany (near Hamburg). Basler has doubled the size of its production area for circuit boards to accommodate an additional state-of-the-art production line.

For many years, Basler has been continuously investing in production capacity. These latest moves have prepared the company to further expand its core business of digital cameras. In recent years, this segment has repeatedly set new records for orders, sales and earnings at Basler. For instance, in fiscal year 2011 revenue from the sale of cameras increased by more than 13% to 46.1 million euros (2010: 40.7 million euros). Chief Operations Officer Arndt Bake expects this trend to continue: "New application areas for digital cameras are constantly being found, and so we see even greater potential for our products worldwide. Basler's policy of constantly investing in production has put it in an outstanding position to achieve further growth in existing and new markets. In particular, I'm really pleased that our increasing productivity has helped us to improve our international competitiveness and allowed us to continue to keep our German location busy and its jobs secure."

Company

Basler AG

An der Strusbek 60-62
22926 Ahrensburg
Germany

Company contact







Event

AKL – International Laser Technology Congress in Aachen

AKL – International Laser Technology Congress in Aachen

From April 22 to 24, 2026, the Fraunhofer Institute for Laser Technology ILT invites you to AKL'26. The photonics congress with over 500 participants is taking place for the 15th time, this year with a significantly expanded program, over 80 presentations, and 54 exhibitor booths.

Award

AutomationsBest Award

AutomationsBest Award

The AutomationsBest Award is now entering its 4rd round. The award will be presented at SPS - Smart Production Solutions in Nuremberg.

most read

Photo

Keysight Acquires VPIphotonics

Developers in the fields of optics and electrical engineering can use it to model photonic components, circuits, and complete transmission links in a unified environment.