Stäubli commits to reducing energy consumption

MyStäubli portal allows its customers to control the operation and maintenance of their machines from a computer or a smartphone. Planning operations and monitoring proper functioning in real time, increases machine efficiency and reduces energy consumption.

Featuring a newly designed electromagnet and excellent material quality, the MX PRO module provides unsurpassed reliability with 30 % reduced energy consumption for hook selection, thanks to state-of-the-art design, advanced electronic power supply and NOEMI technology. Its strengths:

• Reliable hook selection for all kinds of woven fabrics
• Compact, maintenance-free

The use of automation solutions through digitalization allows you to standardize tasks facilitating the reduction of energy consumption, while improving the quality and performance of your final product. This investment allows you to reduce costs and increase your competitiveness.

As a family-owned supplier of high-quality industrial and mechatronic solutions, we are focusing on a long-term vision with tangible benefits for the environment and society. By making our work simple and safe, we integrate maintenance and repairability into the design of our machines. We simplify the designs as much as possible so that the energy consumption used to manufacture our machines is reduced to a minimum. Constant improvement consists also of optimizing the design in order to reduce its impact on our planet and this includes reducing energy consumption.

Stäubli is committed to a virtuous process. The group wishes to improve its energy consumption practices by ensuring precise monitoring of energy consumption. Indeed, the integration of renewable energy sources is a declared will of our company to ensure the energy transition. Many of our locations around the globe have installed PV systems including our headquarters in Pfäffikon (Switzerland), Allschwil (Switzerland), Sargans (Switzerland), Carate (Italy), Windsor (USA), as well as our new office building in Pardubice (Czech Republic).