Now there is a faster, more accurate way to install O-Rings onto components and assemblies. With the ASP-1, O-Rings are fed from a vibratory feeder bowl, down a feedtrack, and onto an installation mandrel.
(For O-Rings larger than 1.156" O.D. see ASP-2 literature). An operator places the component into the mandrel and, with a light push, automatically installs the O-Ring.

There is a faster, more accurate way to install O-Rings onto components and assemblies. With the ASP-2, O-Rings up to 2" are fed from a vibratory feeder bowl, down a feedtrack, and onto an installation mandrel (for O-Rings smaller than 0.890" O.D. see ASP-1 literature). An operator places the component into the mandrel and, with a light push, automatically installs the O-Ring

Now there is a faster, more accurate way to install large O-Rings/Seals onto components and assemblies. With the ASP-3, O-Rings/Seals between 2" and 3” are fed from a vibratory feeder bowl, down a feedtrack, and placed onto an installation mandrel. An operator places the component into the mandrel and, with a light push, automatically installs an O-Ring/Seal.

Now there is a faster, easier, and more economical way to install O-rings onto
components and assemblies in lower volume applications. O-rings are manually
loaded into a magazine and then automatically placed onto a twostage installation mandrel. The operator places the component into the mandrel and, with a light push,
installs the O-ring on the part