Heat Staking
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AFM Engineering
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Heat Staking
Heat Staking
GENERAL DESCRIPTION:
Thermal staking is an assembly method that uses the controlled melting and reforming of a plastic stud or boss to capture or lock another plastic or metal component of an assembly in place. The plastic stud protrudes through a hole in the component to be locked in place. The heated thermal tip contacts the top of the stud, which melts and fills the volume of the tip cavity to produce a head, locking the component in place. The progressive melting of plastic under continuous pressure forms the head. When staking, the right combination of heat and pressure for the application is critical.
ADVANTAGES:
• Simplification of machinery
• Reduced cost of machinery
• Multiple fastening points
• Allows higher density of welds compared to hot air cold form or ultrasonic welding
• Many different size or shaped heads can be formed
Heat Staking Design Guide
Heat Staking Machine Small
Heat Staking Machine Large
Bag Printing
Y Printing
Cylinder Printing
Contoured Part
Digital Heat Transfer
with consecutive numbers
Digital Heat Transfer
on Vacuum Formed Tray
Crate Printing
Digital Heat Transfer
on Cup
Bucket Printing
Child Warning Label
Golf Disc Printing
SERVING
THE PLASTICS INDUSTRY SINCE
197
9 WITH SYSTEMS
AND SERVICES FOR SECONDARY FINISHING OPERATIONS