Why do some machines deliver years of reliable, efficient output while others suffer from heat build-up, slow cycle times, repeated hose failures, or inconsistent motion? In many cases, the difference is not...
How to Identify Hydraulic Cavitation Before It Damages Your System?
In practice, cavitation is more often recognised through its symptoms than caught at the moment it begins. However, the warning signs are easy to miss if inlet conditions are not being measured....
Implementation Checklist: How to Commission a New Fluid Power System Safely
Commissioning is the point where your design assumptions meet the real-world operating conditions of the application for the first time. The system is exposed to real fluid behaviour, real contamination risk, real...
When Pressure Rises: The Real Engineering Challenges Behind Today’s Hydraulic Systems
As infrastructure projects demand higher force output within increasingly constrained spaces (such as the hydraulics used in blade handling, nacelle positioning, and foundation work in offshore wind installations), fluid power systems are...
Is Your Hydraulic System Costing More Than It Should? A Simple Efficiency Audit Checklist
Unnecessary energy use, premature component failure, and unplanned downtime in hydraulic systems are usually symptoms of small but visible issues that go unchecked between scheduled services. This four-step efficiency checklist gives you...
Where Energy Is Lost (and Won Back) in Hydraulic System Design
In the UK, net energy consumption stood at 128.1 million tonnes of oil equivalent in 2024, with the industrial sector accounting for 19.5 mtoe - the lowest level in over 50 years...
Hidden Energy Losses in Hydraulic Systems And How to Eliminate Them?
In most hydraulic systems, the hydraulic gear pump usually gets the blame for any inefficiency! In many cases, however, the pump is often doing exactly what it was designed to do. The...
Navigating Fluid Power Market Growth: Insight for Engineering Procurement and Supply Chain Teams
In 2024, the UK fluid power sector was worth an estimated £1.1 billion, with hydraulics accounting for around 80% of the total market. This is a buoyant market, and reflects growth conditions...
Water-Based Hydraulics: Exploring the Shift Towards Cleaner Fluid Power Solutions
Historically, hydraulic systems have used mineral oil-based hydraulic fluid because of its lubricity, energy density, and stable operating characteristics under pressure. However, there are numerous reasons for OEMs to be uncomfortable with...
Rising Demand in Fluid Power: What It Means for Your Maintenance Planning in 2026
Fluid power systems in 2026 are operating under higher cumulative loads. As installed bases expand and equipment utilisation increases, the engineering challenge is shifting from specification to durability management. Recent market research...