Performance under pressure. Again. And again. And Again.

Helipebs are market leaders in the design, manufacture and application of the highest quality pneumatic and hydraulic cylinder technology.

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Fatigue Testing. Performance under pressure. Again. And again. And Again.

Helipebs has worked with fatigue testing companies to develop hydraulic actuators and hydraulic systems for the most demanding applications.

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Helipebs. Performance under pressure. Again. And again. And Again.

Helipebs are market leaders in the design, manufacture and application of the highest quality pneumatic and hydraulic cylinder technology.

Find out more

Welcome to Helipebs

Helipebs Controls designs, manufactures and supports world class Hydraulic Cylinders, Pneumatic Cylinders, Servo Actuators and Hydraulic Systems.

We are award winning, market leaders in the application of hydraulic cylinder and pneumatic cylinder technology, providing products to some of the most technically demanding industries throughout the UK and across the world.

Why choose Helipebs?

Products & Services

We design and manufacture exceptionally reliable, bespoke hydraulic cylinders and hydraulic systems as well as standard, “off the shelf” hydraulic cylinders and pneumatic cylinders. We also offer servicing and repairs for both Helipebs and similar competitors' products for all sectors where quality matters, from Oil and Gas to Green Energy or Fatigue Testing to Mould and Tool.

Products & Services

Sectors we serve

For more than 100 years Helipebs has been honing its technical expertise, delivering the highest quality engineered solutions for international industries across the world from Oil and Gas to Nuclear Energy or Marine to Research.

All sectors

Subsea Oil & Gas

Subsea cylinders for subsea trees

A leading global tier one oil and gas company approached Helipebs to design and manufacture 68 bespoke hydraulic cylinders rated at 10,000psi to be used in subsea trees.

The challenge? We were restricted to a specific cylinder length and the cylinder needed to function reliably at 3km below the surface.

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