This video shows a Heat Staking System where the plastic is deformed by heating the plastic above its glass-transition temperature and applying pressure to achieve a well-defined compression of the material. By using temperature, the range of staking applications can be extended to a broader spectrum of thermoplastic materials such as glass-filled plastics.
Resistance Welding Lead Frame Assemblies
Relay Terminal Connections
Using a pulsed-heat process to create a dome / rivet by deforming plastic through-hole pegs to produce a secure fit into housings
Fine Laser Marking of bar codes, QR codes and text on PCB's
Heat Seal Bonding of aerospace displays for commercial and military use
Heat Seal Bonding Displays for Mobile Devices – Reflow Soldering displays for Mobile phones
Welding of pressure, flow and movement sensors for the automotive industry using laser welding.
Heat-Seal Bonding of Dashboards Components and Heat Staking of Components or PCB into plastic housings
Laser Marking on all kinds of car components and different materials
