Basler and I2S Cooperate via a Joint Venture
The computer vision expert Basler wants to participate in the distribution business of its long-time partner I2S. In addition, Basler now offers its solutions specifically for applications in the medical and life sciences.
Both companies are discussing a Basler stake of 25.1 percent in the I2S distribution business. Basler wants to expand its direct business in Europe with this. The planned transaction is to take effect on 1 July 2022. The name of the joint venture is intended to be Basler France.
In the further course, it is intended that Basler will take over the remaining 74.9 percent of the shares as of 1 July 2024. Xavier Datin, CEO of I2S, will accompany the transfer phase as Président of Basler France.
Basler focuses on customers in medicine and life sciences
From cameras to processing hardware to software, the camera manufacturer wants to offer individual solutions for medicine and life sciences.
The company develops a concept for the user and then compiles a solution offer consisting of components (cameras, lenses, processing hardware) and software. Customers benefit from Basler's knowledge gained from projects already implemented, for example in automated microscopy, ophthalmology and medical imaging.
Company
Basler AGAn der Strusbek 60-62
22926 Ahrensburg
Germany
most read
Scalable alignment solution for silicon photonics
3sae presented the Octapod microrobot for the alignment of silicon photonics components at Photonics West 2026.
IMTS 2026 shows ways to increase productivity in manufacturing
The trade fair (September 14-19, 2026) brings together around 86,000 visitors, 1,800 exhibitors and ten technology sectors.
Uwe Ziehl is dead
The grandson of company founder Emil Ziehl passed away on June 6, 2026 at the age of 79.
Inspect Award 2026: Here Are the Winners
From a total of 40 nominated products, the readers of inspect, together with a panel of experts, selected the winners in four categories.
Zebra Technologies acquires stake in Apera AI
The aim is to enable robots in dynamic, unstructured production environments to recognize, analyze and handle objects in real time.