Cyril Bath's innovative Hot Stretch Forming technology was developed to offer a cost-effective forming solution for titanium airframe components. The process can create significant value compared to other fabrication techniques, especially if the components are longer than 8 feet and utilize a consistent geometric profile. Read more...More Product Announcements from Cyril Bath Company
Near Net Shape Extrusions or Rolled Profiles + Hot Stretch Straightening and Annealing
+ Hot Stretch Forming with Low Residual Stress=$$$ Cost Savings for our Customers $$$ Read more...More Product Announcements from Cyril Bath Company
Although it is not widely understood, the stretch forming process is the best way to produce metal parts for a surprising variety of industries and products. Stretch formed parts can be found in everything from aircraft to appliances. Read more...More Product Announcements from Cyril Bath Company
We're part of an international corporation delivering innovative metal forming and joining solutions for aerospace. The base of our technologies is stretch forming of aluminum alloy sheet for fuselage skins, and aluminum and titanium profiles for airframe sub-structure components. Read more...More Product Announcements from Cyril Bath Company
Cyril Bath Company offers a diverse selection of sheet stretch forming presses with a variety of options. As with the stretch wrap presses, offer the customer a more versatile press with increased capabilities. In addition to combination, transverse/longitudinal VTL series press, we offer the T-series (transverse) and L-series (longitudinal) presses. All model sheet presses are available... Read more...More Product Announcements from Cyril Bath Company
Stretch Forming Presses
Cyril Bath Company has been and continues to be the leading manufacture of stretchforming presses being supplied to customers around the world offering the latest, most advance technology and innovations available today. Our design and electronics engineering department continue to improve whenever possible, the mechanical, hydraulic and contro... Read more...