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Exterior view of the new laboratory building at the Max Planck Institute in Bremen (Cadolto Modular Construction GmbH) Exterior view of the new laboratory building with the glass transition as an extension to the existing Max Planck Institute in Bremen (Cadolto Modulbau GmbH) Labor jobs at the new laboratory construction at the Max Planck Institute in Bremen (Cadolto Modular Construction GmbH) Technical center of the new laboratory building of the Max Planck Institute (Cadolto Modular Construction GmbH) Rendering of the front view of the laboratory rotation building at the University of Bonn (Bergstermann + Dutczak Architects) Rendering of the side view of the laboratory rotation buildings at the University of Bonn (Bergstermann + Dutczak Architects)

New laboratory construction in modular design at the Max Planck Institute for Marine Microbiology in Bremen

Flexibility, quality, and speed in laboratory construction thanks to modular construction

The Max Planck Institute in Bremen expanded its existing building with a new laboratory in modular construction. Cadolto quickly realized a new laboratory wing tailored to the institute's needs, totaling 1,400 m². Consisting of 29 modules equipped with state-of-the-art laboratory technology, the new…

Straight or angled, the EE680 flow sensor is optimized for laminar flow monitoring in cleanrooms or safety workbenches. (Photo: E+E Elektronik Ges.m.b.H.)
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The EE680 by E+E Elektronik offers high measurement accuracy and is ideal for cleanroom applications due to its GMP-compliant design.

Air Velocity Sensor for Laminar Flow Monitoring

The EE680 air velocity sensor by E+E Elektronik is used to monitor the laminar flow in cleanrooms or on safety workbenches. The sensor precisely measures the air velocity up to 2 m/s (400 ft/min) and simultaneously also the temperature. It meets the requirements of Good Manufacturing Practice (GMP…

With iglidur I190, igus has developed a new all-rounder filament for 3D printing. This allows for the production of wear-resistant special parts such as sliding bearings with a high mechanical bending strength of 80 MPa. (Source: igus GmbH) In the test, a printed iglidur I190 bearing was compared against additively manufactured bearings made of ABS and polyamide, as well as turned and injection-molded bearings made of POM and nylon. The result: The printed igus bearing was up to 50 times more wear-resistant than the bearings made of standard plastics. (Source: igus GmbH)

Easily processable FDM filament iglidur I190 ensures rapid production of high-strength wear parts

Easily print stable and wear-resistant components yourself with new igus tribo filament

To produce wear parts in special dimensions quickly and cost-effectively, igus has now developed a new, easy-to-process all-rounder filament called iglidur I190. It is characterized by a high mechanical bending strength of 80 MPa. The tribologically optimized material is lubrication- and maintenance…

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