Category Archives: Rührwerkstechnik

Special flange with Tri Clamp for more flexibility

Tri Clamp connections are frequently used for process vessels in the food, chemical and pharmaceutical industries. Their advantages include quick and easy assembly and disassembly as well as easy cleaning. Hygiene plays a major role in these industries.

PTM wins Red Dot Design Award 2019 with its GENERATION 2.19

With its clear, concise shapes, flowing surfaces, functional details and memorable, individual color design, the eco-Series agitator technology from PTM mechatronics sets new standards in agitator technology with GENERATION 2.19. The new unique eco-Quick quick-change system for agitator shafts enables agitator shafts to be changed in seconds and with just one hand. For this practical functionality, together with the eco-Series, it was awarded the Red [...]

Changing agitator shafts has never been so easy

Many processes in agitator technology are cumbersome, outdated, time-consuming and, above all, dirty. However, the agitation of liquids is an important core process in many areas of industry. It should therefore be efficient, simple and, above all, clean. PTM mechatronics has made it its mission to redefine agitator technology for its customers. [...]

PTM builds DN flange solutions in its special production facility

The range of applications for agitators is enormous and covers many different industries from food production and automation to pharmaceuticals and chemicals, to name but a few. How the agitators are connected to the agitator vessels can vary from application to application, but is always via some kind of flange. In some industries, standards have [...]

PTM motors at trade fair in Japan

From September 5 to 7, 2018, our sales partner EUROTEC and its partner Chuo-Rika presented our high-performance air motors at the Japan Analytical & Scientific Instruments Show 2018 in the city of Chiba, Japan. As energy saving is also playing an increasingly important role in Japan, the focus was on the enormous energy efficiency of our motors, which [...]