From #foodproduction to #construction, fun fairs to #transportation, there is hardly a part of modern day life that these systems do not play a part in. Here we look at some of the uses of hydraulic power and consider a world without its assistance.

#Pneumatic systems transmit substantial #mechanical power. So as with any industrial equipment, it’s better be safe than sorry—and that’s where safety exhaust #valves come into play.

According to @Danfoss' Tony Welter, #hydrostatictransmissions offer a number of benefits compared to some other options such as greater design flexibility and high torque at low speeds. This article highlights from benefits of #hydrostatics.

Use of #electricactuators in place of #hydraulics is gaining momentum in some #offhighway equipment applications to help achieve zero-emissions targets and efficiency gains. See how in this video ⬇️ https://t.co/2dZUttXbuH

Experts from @RegalRexnord and @Danfoss come together to share insights from the #powertransmission sector, highlighting key opportunities and challenges shaping the #electricvehicle market. Thanks to Regal Rexnord for supporting this webinar! https://t.co/NdybQA4GNN #EV

In this article, Andreas Mair explores some of the latest developments in electric motor technology and their role as the industry transitions to #electricvehicles. https://t.co/FdQHyRJ1W4 #electricvehicle #EV

#Electrohydrostatic technology brings together the high force benefits of hydraulics with the energy efficiency of #electromechanical devices. Learn how these technologies combine in this article.

.@BoschRexroth, ContiTech and other #fluidpower companies are expanding their footprints in North America to better serve regional customers through enhanced #supplychains and reduce lead times.

Mobile #electrification, the supply of electrical power to move equipment, can provide many operational benefits but successful deployment requires thoughtful evaluation of infrastructure and resources.

Dr. Rashid Farahati outlines the technology behind #solidstate batteries and the benefits they offer over other #battery types. https://t.co/1n0Hls7iWZ #EV #electricvehicles

In today’s electrified landscape, batteries have become fundamental components powering a diverse range of industrial applications. With a vast array of battery types available, choosing the best option for each unique application can be a daunting task.

Avoid trial and error through the sensible melding of #motioncontrol and mathematical models.

In this article, you'll learn what causes contamination and how to choose #seals that protect against it. https://t.co/BWpYnNoX6d #sealing

#Engineers should take into account several factors before choosing between these two types of fittings for #pneumatic controls.

When #hydraulic or #pneumatic systems must produce linear motion, #cylinders become their most important component by converting fluid pressure and flow to force and velocity. https://t.co/t9Denhjnib #fluidpower

Controlling pressure is key to motion & force control, but there is little understanding of how pressure is controlled. A misconception is that pressure is “resistance to flow,” or that pressure is controlled by servo valves using the pressure gain curves.

Rahul Baliga outlines the four key ways he sees #software and #communication protocols being utilized within the #electricvehicle (#EV) ecosystem and the role they play in ensuring safety is achieved.

#Hydraulic fittings incorporating #Orings were introduced decades ago to wage war on the battle against leaks. They have lived up to the task, but many designers and technicians take them for granted...

The combination of early alerts and warnings when processes start veering from optimum could help protect targeted output, performance, and efficiencies. https://t.co/sFR55z0fCy #IoT #fluidpower

Use of #hydrostatic transmissions is increasing in various mobile #offhighway equipment. In this video, @Danfoss' Tony Welter discusses the benefits of a #hydrostatictransmission and why their use is increasing. Watch full video: https://t.co/eihoojgEUf.