Rubber Seal Fabricators, LLC

United States

Featuring convenience and portability; O-Rings can be made in tight locations A one-piece, hand-operated, tabletop unit. Top and bottom dies close against each other by means of a hinged pivot. Adjustable toggle clamps maintain proper control and squeeze of O-Ring cross sections. Toggle clamps lift the upper dies to allow for easy removal of the O-Ring after bonding. The unit is instantly ready to bond another O-Ring without the need for additional unit air or water cooling time.

The features of the EB Bonders, mounted on a Heater Control Module containing an adjustable analog temperature controller. If adjustable temperature is not required we recommend our EB Bonder for significant cost savings. Temperature Control Range 0 to 392° F (200 C) Suitable for NBR (Buna-N), EPDM, CR (Neoprene), VMQ (Silicone), FKM (Viton®) and Sponge Rubber (Open or Closed Cell) Cord Stock Materials Adjustable toggle clamps maintain proper control and squeeze of O-Ring cross sections.

The PBX Models are benchtop units consisting of a pneumatic vertical press controlled by dual air cylinders and activated by use of a foot pedal thus allowing for hands-free (2-hand) positioning of rubber cord stock. Adjustable air pressure regulator permits a controlled squeeze of the rubber O-Ring cord or extrusion, compensating for any cord stock cross-sectional deviation. Air pressure can be adjusted up to 100 psi

The features of the DB Bonders, with the addition of a changeable die set design. (The added "X" in our part numbers indicates models with die change compatibility) If die changes are not needed and your size requirements fit our standard die sizes we recommend our standard DB Bonders for significant price savings. The Model DBX500A (Analog) Heater Control Module contains an adjustable analog temperature controller with a temperature control range of 0 to 392° F (200° C) The Model DBX500D (Digital) Heater Control Module contains a digital display temperature controller with UP and DOWN Arrow keys to more accurately set process temperature values up to 400° F (204° C)