The Shop Magazine
For performance, restyling & customization professionals
December 2024 Issue
We were honored when asked to be interviewed and contributing toward the feature article
LAP After LAP
'The Circle Track Market Stays Consistently Strong'
We were really excited when learning that an image of our Epoxy Surface Plates
was to be used as the cover of the December issue
See the entire December issue online at this link:
The Shop : December 2024
See a PDF version of just the article at this link:
The Shop Article PDF
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Incorporated in 1981, Rock Art, Ltd and Precision Epoxy has developed products that not only sets the standard but is the sole provider for our unique services. The highest compliment that can be received is when others, who are the leaders in their field, use and recommend your products and services.
In 2008, I built my own float unit to aid with testing as the installation of the Precision Air Bearing Floors progressed, this gave us additional insight as to procedures used and under development. From that endeavor, I wrote a paper outlining the correct procedures in setting up a robotic space flight simulator that uses air bearing to simulate space flight on our Precision Epoxy Air Bearing Floors and Movable Platforms. The observations in the paper were compiled from problems I was witnessing at various institutions during our installations that specifically involved the lack of a true flight path due to rotation of the satellite robotic unit. The design techniques I proposed were adapted by New-Way Air Bearings, the leader and primary supplier of the air bearings used for aerospace testing and is still the standard of design today.
See more at:
https://www.newwayairbearings.com/customer-proven-solutions/air-bearings-for-researching-satellite-technologies
No one has developed Epoxy Surface Plates, Precision Air Bearing Floors and Movable Platforms to such an art form as Precision Epoxy, let us bring that passion to your project
See a printable PDF version of the article at this link :
Robotic Float Unit-2.pdf
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