Archive for June, 2010

Blind Rivet-The Mock-up-Orlock Rivets

Wednesday, June 16th, 2010

This video illustrates the importance of assembling a “cut-away” mock-up to
evaluate a new Orlock blind rivet solution. The Mock-up is essential to use because it is a 3 dimensional representation of what “could be” in terms of a new and improved design. A new rivet, in this case, that saves time, money and improves product value or makes it safer.

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Blind Rivet- Orlock Rivet Applications

Thursday, June 10th, 2010

This video shows a variety of Orlock and Blue Pneumatic Fastening Systems rivet applications.

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Blind Rivets-Orlock Rivet Basics- How They Work

Thursday, June 10th, 2010

The video shows the basic operation of the Orlock Blind Rivet from Blue Pneumatic Fastening Systems. The video illustrates the unique front and
backside load bearing-distributing surfaces. These rivets also feature extra long grip ranges that allow them to replace many “threaded” fasteners like nuts and bolt. The extra long lengths aka “grip ranges” make them unique to North America and revolutionary at this time.

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Blind Rivets-Orlock And The Retained Pin-Why it’s improtant

Thursday, June 10th, 2010

This video illustrates the contrast between structural and non-structural rivets. In particular, the video showcases the unique properties of the Orlock rivet from Blue Pneumatic Fastening Systems. Hear you can gain most of the basic knowledge needed to assemble products using blind rivets and in particular Orlock style rivets.

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Blind Rivets-Designing-In Orlocks Rivets-What To Look For

Thursday, June 10th, 2010

This video is a teaching aid to help would-be product designers and Blue Pneumatic Fastening Systems distributors to gain a keen eye for applications that can be improved by using special rivets. This video focuses on Orlock rivets.

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Blind Rivets, Orlock Rivet the Total Installed Cost

Wednesday, June 9th, 2010

This video illustrates how to manage the cost of assembly. In this case, the use of Orlock rivets
help reduce the “total installed cost” of the assembly. This process usually improves the look and function of the product being assembled too.

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