Patent for the Chip-DSC
The measuring cell of the Linseis Chip-DSC is now protected by patent. The result of the development is a small, easy-to-use and cost-effective measuring cell for a fully-fledged differential scanning calorimeter.
New location of Linseis Messgeräte GmbH opened in India
Linseis Messgeräte GmbH is pleased to announce that it has opened a new location in India.
New Seebeck Coefficient Addon for HCS 1 and 10
Unsere Hall-Effekt-Messgeräte bieten eine große Auswahl an verschiedenen Sensoren. Mit dem neuen Seebeck-Koeffizienten-Sensor für den HCS 1 und HCS 10 können Sie eine weitere Messgröße bestimmen.
New chip-DSC hardware at the K 2019
Linseis presented its latest hardware options for the chip DSC 100 at the world’s largest plastics trade fair, K 2019.
LSR-3 – New furnace available
Due to the constantly high demand, we can now offer a furnace for our successful LSR-3 measuring system for determining the temperature-dependent Seebeck coefficient and electrical resistance up to 1500 °C.
LINSEIS donates modern sensors to the physics department at Selb secondary school
The company Linseis Messgeräte GmbH announces that it has made a donation to the physics department of Selb secondary school to purchase new and modern sensors for the classroom.
LINSEIS donates gas chromatograph to Gymnasium in Selb
In keeping with the city’s motto “We do good things ourselves”, the Linseis family business has supported the Walter-Gropius-Gymnasium with a donation in kind.
Linseis donates 200 keyboards
The Linseis family business has supported the VHS Selb and the state secondary school in Selb with donations in kind in order to create equal conditions for everyone in lessons and courses.
Linseis presents its new low-temperature option for temperatures down to 10 K
With the “Cryo-Option”, temperatures of less than 10 K are now possible, resulting in a potential measuring range of approx. -260°C to +220°C.
Linseis presents its new LaserFlash development
In recent decades, the flash method has become the most commonly used technique for measuring the temperature and thermal conductivity of solids, powders and liquids.
