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High-Quality Content Written for the Discerning Design Engineer
Understanding the importance of answering commonly asked industry questions regarding gas springs and dampers, we have teamed up with numerous publications across engineering and manufacturing to provide high-quality content to the discerning design engineer.
This continuing our mission to be more than just a manufacturer of gas springs and dampers.
Often finding the same questions regarding gas springs, dampers and motion control solutions being asked, we have teamed up with leading publications to put our content answering these questions in front of design engineers world-wide.
To begin with, we have compiled four whitepapers. The first of these whitepapers has been written as a guide to understanding the basics of gas spring application; providing the reader a basic understanding of the workings and terminology used when specifying gas springs and dampers. This whitepaper also describes the differences orientation and damping expected dependent on the mounting position chosen.
The following three whitepapers have been written by engineers, for engineers. These technical whitepapers include a two-part technical overview, discussing ‘forces’, ‘effect of rod diameter’, ‘effect of rod insertion’ and ‘effects and limits of temperature on gas springs’ – with the second of the technical overviews covering ‘damping’, ‘metering and extension speeds’, ‘friction and P1 – P4 charts’, ‘force and force ratios’ and ‘oil levels’.
Following on from our technical overview guides, Technical Director Matt Warne has provided an in-depth technical whitepaper on gas spring mounting. This whitepaper covers a wide variety of areas including ‘handling forces’, ‘mounting positions and gas spring sizing’, ‘mounting orientations’, ‘mounting – crossover, self-rise and self-close’, ‘mounting – practical application’ and ‘mounting – dampers’.
If you would like to offer any feedback on our content or have any questions you feel need answering around gas spring, dampers and motion control, please email email@example.com. Any feedback or content ideas are greatly appreciated.
How Gas Struts Keep the Medical Sector Moving
We understand that it’s often small mechanisms that help keep vital lifesaving equipment moving and working to high standards. As a manufacturer of essential medical equipment, it’s key to make sure you have the gas struts, dampers and other motion control solutions you need to manufacture to high standards, and that’s where Camloc come in.
How do gas struts work?
At Camloc Motion Control, we design and manufacture a wide range of engineered gas springs, struts and damper solutions to fit your requirements. Whether your project involves, for example, the door of a specialist vehicle or the hidden mechanisms of an operating table, our solutions will help you achieve the range of motion your application requires to work properly.
How to get the most out of your gas strut
At Camloc Motion Control, we’re proud to produce high-quality gas struts and dampers that contribute to manufacturing success in a variety of industries, from medical to aerospace. However, as a manufacturer, we’re heavily investing in the durability, strength and manoeuvrability of our products when they’ve left our factories, which is why we want to share how you can get the most out of your gas struts, improve their lifespan and quickly identify any warning signs that need attention.